dynamic-environmental-services

Unauthorised Waste ERA Environmental Enforcement Order Technical & Regulatory Support

Fri, 24 Jul 2026 02:25:05 GMT

Complying with an Environmental Enforcement Order (EEO) requires far more than undertaking environmental investigations. It requires a detailed understanding of environmental legislation, regulatory expectations, contamination risks and scientifically defensible investigation methodologies, together with the ability to provide practical technical advice throughout the regulatory process. Successfully responding to an EEO demands the integration of technical expertise, environmental risk assessment and regulatory knowledge to demonstrate compliance with enforcement requirements while supporting informed decision-making.

Dynamic Environmental Services was engaged to provide technical and regulatory support following the issue of an Environmental Enforcement Order relating to an unauthorised waste Environmentally Relevant Activity (ERA). Working closely with the client, legal representatives and the environmental regulator, our role extended well beyond environmental monitoring to include investigation strategy, groundwater assessment, contingency planning, environmental risk assessment, technical reporting and ongoing regulatory support throughout the compliance process.

A key challenge was responding to the requirements of the Environmental Enforcement Order while designing an investigation capable of determining whether environmental impacts had occurred. This required the development of a scientifically defensible groundwater investigation and monitoring program, interpretation of site hydrogeology, assessment of potential contaminant migration pathways, preparation of contingency planning, targeted environmental monitoring, critical review of laboratory data and preparation of detailed technical responses to regulator requests for information. Throughout the project, advice was provided to assist the client in meeting regulatory requirements while ensuring the investigation remained technically robust, proportionate to the identified environmental risks and capable of withstanding detailed regulatory scrutiny.

Our Services included:

Environmental Enforcement Order technical support
Regulatory strategy and environmental advisory services
Environmental investigation design
Groundwater investigation and monitoring program development
Monitoring bore network design
Groundwater, surface water and leachate sampling
Hydrogeological assessment
Environmental risk assessment
Contingency Plan development
Technical reporting
Preparation of responses to regulator requests for information
Technical support to legal representatives
Ongoing regulatory liaison and technical advice

Rather than approaching the Environmental Enforcement Order as a series of individual compliance tasks, Dynamic Environmental Services developed an integrated technical response that linked investigation design, environmental monitoring, hydrogeological assessment, risk assessment, contingency planning and regulatory engagement into a coordinated framework. This ensured that each component of the investigation supported the overall objectives of the Environmental Enforcement Order while providing the client with practical, evidence-based advice throughout the regulatory process.

A significant component of the project involved interpreting complex environmental data to determine whether the unauthorised waste activity had resulted in measurable impacts to the surrounding environment. This required critical assessment of groundwater conditions, potential contaminant pathways, analytical results and environmental risks, together with the preparation of clear technical documentation capable of supporting regulatory decision-making. By combining practical field experience with strong technical expertise, Dynamic Environmental Services helped deliver a scientifically defensible investigation while supporting the client through a complex regulatory process.

Outcomes

Technical response developed to address the requirements of an Environmental Enforcement Order
EEO conditions successfully negotiated/amended
Scientifically defensible environmental investigation completed
Groundwater investigation and environmental risk assessment undertaken
Technical responses prepared to address regulator requests for information
Integrated monitoring and contingency planning framework developed
Ongoing technical and regulatory support provided throughout the compliance process
Practical recommendations developed to support ongoing environmental compliance

Development of Biodiversity & Land Stewardship Framework

Thu, 23 Jul 2026 06:00:00 GMT

Large mining operations are often required to comply with corporate environmental standards in addition to legislative requirements and site-specific approvals. Implementing these standards across multiple operations requires more than updating existing documentation—it requires a thorough understanding of operational activities, environmental risks, existing management systems and the practical application of environmental controls across diverse sites.

Dynamic Environmental Services was engaged by Glencore Queensland Metals to align multiple mining operations with Glencore's Biodiversity and Land Stewardship Environment Standard. The project extended across Mount Isa Mines, George Fisher Mine, Lady Loretta Mine and Townsville Queensland Metals operations (refinery and port), helping to provide a consistent framework for managing biodiversity and land stewardship while recognising the unique environmental values and operational risks of each site.

The project commenced with a comprehensive review of existing environmental documentation, baseline studies and management systems. Gap analyses were undertaken to assess compliance with the corporate Environment Standard and identify opportunities to strengthen environmental management across the operations. Existing biodiversity information, management plans and monitoring programs were critically reviewed to determine where additional management measures, monitoring or documentation were required.

Our team then facilitated biodiversity and land stewardship risk assessments, working closely with operational personnel and environmental teams to identify site-specific environmental values, key biodiversity risks, potential impacts and existing management controls. This collaborative approach ensured the final management framework reflected both environmental objectives and the practical realities of operating large, complex mining sites.

Our Services included:

Biodiversity and Land Stewardship Gap Analyses
Biodiversity and Land Stewardship Risk Assessments
Biodiversity Management Plan development
Land Stewardship Management Plan development
Biodiversity mapping and spatial management documentation
Conservation significant flora and fauna management guidance
Species fact sheets for environmental awareness and implementation
Review of baseline environmental information
Environmental management system improvements
Stakeholder workshops and technical facilitation
Recommendations for continual improvement and future management initiatives

Rather than producing standalone management plans, Dynamic Environmental Services developed an integrated environmental management framework that connected biodiversity values, environmental risks, monitoring requirements and management controls into practical documents that could be implemented across multiple operations. Responsibilities, management actions and monitoring requirements were clearly defined, creating consistency while allowing flexibility for site-specific operational requirements.

A significant component of the project involved developing practical guidance for conservation significant species known or likely to occur across the operations. Species profiles were prepared describing habitat requirements, threats, management controls and monitoring requirements, providing site personnel with practical information to support day-to-day environmental decision making and improve biodiversity awareness across the business.

The completed management framework provided Glencore Queensland Metals with a structured approach to biodiversity and land stewardship that aligned corporate environmental expectations with practical site implementation. By integrating gap analyses, risk assessments, management planning and species guidance into a single framework, Dynamic Environmental Services helped establish a consistent approach to environmental management while supporting continual improvement across multiple mining operations.

Outcomes

Comprehensive gap analyses against Glencore's corporate Environment Standard
Biodiversity and Land Stewardship Risk Assessments completed
Site-specific Biodiversity and Land Stewardship Management Plans developed
Conservation significant species guidance developed for site personnel
Practical environmental management framework supporting continual improvement across multiple operations

Development of In-Stream Erosion and Sediment Controls for Works in Major Waterway

Thu, 23 Jul 2026 02:40:15 GMT

Construction within waterways presents some of the highest erosion and sediment control risks encountered on civil infrastructure projects. Successful planning requires more than selecting erosion and sediment control measures—it requires a thorough understanding of construction sequencing, river behaviour, environmental values, regulatory requirements and the practical realities of delivering works in a dynamic environment.

Dynamic Environmental Services was engaged by Origin Energy to prepare a Construction Erosion and Sediment Control Plan (CESCP) for the construction of a bed level crossing within the Condamine River near Condamine, Queensland. The crossing was designed to provide dry-weather vehicle access while protecting the environmental values of the river and maintaining compliance with environmental and regulatory requirements.

The project involved construction within a major waterway, requiring careful consideration of waterway barrier works requirements, river flows, rehabilitation, fish habitat protection, water quality and construction staging. Rather than developing a generic erosion and sediment control plan, Dynamic Environmental Services prepared a site-specific CESCP that integrated engineering design, environmental obligations and practical construction methodologies into a single management framework.

Our services included:

Construction Erosion and Sediment Control Plan (CESCP) preparation
Erosion and sediment control risk assessment
Construction staging and sequencing
Waterway barrier works compliance
Water quality protection strategies
River flow management planning
Site-specific erosion and sediment control design
Rehabilitation planning
Environmental approvals and legislative compliance review

The CESCP was developed to provide practical guidance throughout all stages of construction, from clearing and earthworks through to rehabilitation. It considered seasonal erosion risks, anticipated river flow conditions, dispersive soils, construction timing and the need to minimise disturbance while maintaining construction efficiency. Flexible control measures were incorporated so they could be adapted to changing site conditions, river conditions and available construction resources.

A key focus of the project was integrating erosion and sediment control into the construction methodology rather than treating it as a separate environmental requirement. Construction staging was developed to minimise disturbance within the river, reduce the duration of in-stream works, progressively rehabilitate completed areas and provide contingency measures for changing weather and river flow conditions. This provided the construction team with practical guidance that could be implemented efficiently while maintaining compliance with environmental requirements.

By combining expertise in erosion and sediment control, rehabilitation, environmental approvals and construction planning, Dynamic Environmental Services developed a practical management framework that balanced environmental protection with efficient project delivery. Rather than prescribing a single approach, the plan provided flexibility to select appropriate control measures based on site conditions, weather, river flows and available construction resources, helping ensure environmental outcomes could be achieved without unnecessarily constraining construction activities.

Outcomes

Site-specific Construction Erosion and Sediment Control Plan for works within a major waterway
Practical construction staging integrated with erosion and sediment control
Compliance with waterway barrier works and environmental requirements
Flexible erosion and sediment control measures tailored to changing site conditions
Rehabilitation planning incorporated into the construction methodology

Client Feedback

"Dynamic Environmental Services were perfect for our project as they are local and were able to respond quickly, visit the site, and provide a fast turnaround for the development of plans. Lisel’s expert knowledge was indispensable and presented in an easily digestible way for the construction team to understand. Overall, their recommended solutions were practical, and easily implemented, which saved us time and money."

Using Soil Science to Improve Rehabilitation Outcomes on a Solar Farm Project

Thu, 23 Jul 2026 02:33:21 GMT

Successful rehabilitation begins long before construction is complete. Understanding the physical and chemical properties of the soil allows rehabilitation to be tailored to site conditions, improving vegetation establishment, reducing erosion risk and delivering more sustainable long-term outcomes.

Dynamic Environmental Services was engaged by GRS to undertake a detailed soil investigation and develop a Rehabilitation Plan for the Wandoan South Solar 2 project in Queensland. The project required a comprehensive understanding of soil characteristics across the site to develop practical recommendations for soil amelioration, revegetation and long-term rehabilitation.

Working in conjunction with agronomist David Hall, our team designed and implemented a comprehensive soil sampling program before interpreting the laboratory results to develop a rehabilitation approach tailored to the site's unique constraints. The recommendations considered not only vegetation establishment, but also erosion risk, soil stability, dispersive soils, nutrient deficiencies, construction sequencing and the long-term performance of rehabilitated areas.

Rehabilitation on major infrastructure projects is often approached using generic specifications that assume soil conditions are relatively consistent across a site. However, soil characteristics can vary significantly over relatively short distances, particularly where dispersive, sodic and magnesic soils are present. Understanding these variations allows rehabilitation to be tailored to the specific constraints of a project, improving vegetation establishment while reducing erosion and long-term maintenance requirements.

Our services included:

Soil investigation and sampling program design
Field soil assessment and landscape observations
Laboratory testing program development
Soil chemistry interpretation
Dispersive and sodic soil assessment
Soil fertility assessment
Soil amelioration recommendations
Fertiliser recommendations
Species selection
Rehabilitation planning
Erosion risk assessment
Long-term rehabilitation planning

The investigation included the collection of 135 soil cores across 27 representative sampling areas , targeting both surface and subsoil profiles to understand the characteristics most likely to influence rehabilitation success. Laboratory testing assessed a broad range of physical and chemical soil properties, including aggregate stability, particle size distribution, exchangeable cations, nutrient status, salinity and pH, providing the information required to develop practical, evidence-based rehabilitation recommendations.

The investigation identified widespread sodic and magnesic soils, highly dispersive soil conditions and significant nutrient deficiencies that had the potential to affect vegetation establishment, increase erosion risk and compromise long-term rehabilitation success. Rather than relying on standard rehabilitation specifications, Dynamic Environmental Services developed practical, evidence-based recommendations for soil amelioration, fertiliser application, species selection and rehabilitation methodologies tailored to the site's specific conditions.

The rehabilitation recommendations also considered stockpile management, progressive rehabilitation, erosion protection measures, concentrated runoff from solar panel arrays and long-term monitoring requirements, providing the client with a practical framework to guide rehabilitation throughout construction and into the operational life of the project.

By combining expertise in soil science, erosion and sediment control, rehabilitation and construction, Dynamic Environmental Services developed practical recommendations that could be readily implemented during construction while supporting long-term rehabilitation outcomes. The result was a rehabilitation approach that was scientifically informed, practical to deliver and tailored to the specific conditions of the site.

Outcomes

Site-specific rehabilitation recommendations based on detailed soil investigations
Practical recommendations for soil amelioration, fertiliser and species selection
Rehabilitation approach tailored to the site's soil and construction constraints
Improved long-term vegetation establishment and land stability
Reduced erosion and rehabilitation risks through evidence-based planning

Client Feedback

"Thank you for the recent Soil Sampling and Revegetation Plan. I would just like to mention that it was an absolute pleasure working with you and the whole Dynamic team.

I was particularly impressed with Dynamics seamless interaction into our management systems and the high quality of communications both emails and phone calls which solved dilemmas and made decisions clear, simple and easy.

Additionally, I would like to advise that our client was particularly impressed with the report which resolved several weeks of internal circular discussion upon their overnight review. In short, they were impressed with the quality, depth and thoroughness of the report which gave them the confidence to approve our site management plan."

Coordinating Environmental Compliance During Transmission Line Construction

Thu, 23 Jul 2026 02:22:40 GMT

Construction of transmission line infrastructure requires careful coordination between environmental requirements and construction activities. Vegetation clearing, rehabilitation, erosion and sediment control, environmental reporting and fauna management all need to be integrated into daily construction planning to ensure works can progress safely, efficiently and in accordance with project approvals.

Dynamic Environmental Services provided onsite environmental coordination for Australian Construction Services during the construction of transmission line infrastructure for the Powerlink connection to the Lotus Creek Wind Farm . Working closely with construction personnel and reporting directly to Powerlink, we coordinated day-to-day environmental activities to help maintain compliance while supporting efficient project delivery.

Our role involved planning and coordinating environmental requirements before, during and after construction activities. This included daily coordination of drone surveys to identify koalas and other fauna prior to vegetation clearing, recording clearing extents, identifying suitable areas for machine and hand clearing, and coordinating rehabilitation and erosion and sediment control works as construction progressed.

Our services included:

Environmental coordination during construction
Daily coordination of drone fauna surveys
Environmental reporting to Powerlink
Delivery of environmental inductions
Recording vegetation clearing extents
Identification of machine and hand clearing areas
Weed and Seed Declaration preparation
Erosion and sediment control inspections and recommendations
Environmental Management Plan review and implementation
Coordination of rehabilitation works
Coordination of erosion and sediment control works

Working closely with construction personnel allowed environmental requirements to be incorporated into daily work planning, reducing delays while maintaining compliance with project requirements. By providing practical onsite environmental coordination and timely reporting, we helped ensure environmental obligations were effectively implemented throughout construction.

Outcomes

Environmental requirements integrated into daily construction activities
Timely environmental reporting to the client
Efficient coordination of vegetation clearing activities
Practical management of environmental risks during construction
Ongoing implementation of environmental management requirements

Client Feedback

"Dynamic's deployed professional been absolutely pivotal in supporting us on the environmental front - incredibly efficient, responsive, and proactive. She consistently addresses issues quickly, and her reporting is of such high quality that it’s very rare we need to make any changes before passing it on to our client. She’s made our job a lot easier, and her work reflects very well on Dynamic."

Managing Environmental Challenges During Wind Farm Construction

Thu, 23 Jul 2026 02:03:12 GMT

Major wind farm developments present a wide range of environmental challenges throughout construction. Large areas of disturbance, extensive access tracks and underground services, waterway crossings and multiple contractors require practical environmental management to maintain compliance while supporting efficient project delivery.

Dynamic Environmental Services provided onsite environmental expertise to Vestas during the construction of the Dulacca Wind Farm and Wambo Wind Farm in Queensland. Acting as the onsite Environmental Professional for the EPC contractor, we worked closely with project personnel to oversee compliance, manage environmental risks and provide practical solutions to the day-to-day environmental challenges associated with wind farm construction.

Our role extended across all aspects of environmental management during construction, providing practical advice across erosion and sediment control, rehabilitation, contaminated land, land management, waterway works, incident management and legislative compliance. Working closely with project teams allowed environmental risks to be identified early and practical solutions to be implemented before they became significant compliance issues.

Our services included:

Onsite environmental professional presence
Environmental compliance
Erosion and sediment control
Sodic and dispersive soil management
Contaminated land management
Rehabilitation planning and implementation
Land management advice
Waterway barrier works
Environmental incident management
Environmental inspections and reporting
Contractor environmental management

Working as an embedded member of the construction team enabled us to provide timely advice, respond quickly to emerging environmental issues and develop practical solutions that could be implemented without unnecessarily impacting construction activities. Our practical construction experience allowed us to balance environmental obligations with project delivery, helping the project team proactively manage environmental risks throughout construction.

Outcomes:

Embedded environmental expertise throughout various construction stages
Ongoing compliance with environmental obligations
Proactive management of environmental risks
Practical solutions that supported efficient project delivery
Access to ongoing senior environmental expertise

Client Feedback

“Lisel and her team are incredibly knowledgeable, proactive, and efficient. They provide the correct advice in a timely manner, and execute any relevant scope provided to them in a positive way. Highly recommended!”

"The Dynamic Team are my secret weapon!"

Independent Compliance Audit for End of Waste Approval

Fri, 12 Jun 2026 02:04:10 GMT

Large water infrastructure projects often operate under complex approval frameworks involving multiple operators, contractors, monitoring programs and regulatory obligations. Demonstrating compliance requires more than simply collecting monitoring data; it requires robust systems, clear responsibilities and effective governance across all parties involved.

Dynamic Environmental Services was engaged to undertake an independent compliance audit of a major regional scheme operating under an End of Waste Approval framework. The project involved a comprehensive review of approval conditions, operational records, monitoring data, annual reporting, management systems and field operations over a five-year audit period.

A key challenge was the complexity of the operational and contractual arrangements supporting the scheme. Compliance obligations were shared across multiple organisations, requiring a detailed review of monitoring programs, reporting pathways, contractor responsibilities, operational procedures and evidence used to demonstrate compliance with approval conditions.

Our services included:

Independent third-party compliance auditing
Review of approval conditions and regulatory obligations
Review of monitoring data and compliance records
Assessment of operational and management systems
Site inspections and field verification
Review of annual reporting and compliance documentation
Identification of compliance risks and gaps
Development of corrective actions and opportunities for improvement
Review of contractor and governance arrangements
Strategic advice regarding compliance management and reporting

Rather than focusing solely on identifying non-compliances, our approach sought to understand the broader systems supporting compliance and identify opportunities to improve efficiency, governance and regulatory defensibility. This included reviewing monitoring programs, reporting processes, contractor oversight arrangements, data management systems and operational procedures.

The audit identified a high level of overall compliance while also highlighting opportunities to strengthen monitoring, reporting and governance processes. Recommendations were developed to improve accountability, streamline compliance management and provide greater confidence that approval obligations could continue to be effectively met into the future.

The project required balancing regulatory requirements, operational realities and practical implementation considerations. Particular attention was given to ensuring recommendations were achievable, proportionate and capable of being integrated into existing operational systems.

Outcomes

Independent assessment of compliance against approval conditions
Comprehensive review of five years of operational records and monitoring data
Identification of compliance risks and opportunities for improvement
Practical corrective actions developed to address identified issues
Improved understanding of compliance obligations and responsibilities
Enhanced governance and contractor oversight recommendations
Improved regulatory defensibility and audit readiness
Increased confidence in ongoing compliance management

This project demonstrates Dynamic Environmental Services' capability to undertake detailed environmental compliance audits across complex infrastructure and operational projects. By combining regulatory knowledge with practical operational experience, we help clients understand their compliance position, reduce regulatory risk and develop systems that support long-term environmental performance.

Building ESC Capability Across Linear Infrastructure Construction Teams

Fri, 12 Jun 2026 01:27:46 GMT

Linear infrastructure projects present unique erosion and sediment control challenges. Construction activities often extend across hundreds of kilometres, traversing multiple soil types, land uses, drainage features and landholder properties. Success depends not only on having a compliant Erosion and Sediment Control Plan (ESCP), but on ensuring the people delivering the works understand why controls are required, how they function and how they can be practically implemented in the field.

Dynamic Environmental Services was engaged to develop and deliver a bespoke erosion and sediment control training program for personnel involved in the construction of linear gas infrastructure. The program was specifically tailored to the client's construction methodologies, project constraints and environmental risks, ensuring the content was directly relevant to the work being undertaken on site.

Rather than relying on generic training materials, the course was built around real project examples, site photographs and common challenges encountered during construction. Photographs from the client's own projects were used to demonstrate both effective and ineffective erosion and sediment control practices, encouraging practical discussion around how outcomes could be improved.

To further enhance understanding, Dynamic developed a series of scaled physical models and demonstration props which were used throughout the training to illustrate key erosion and sediment control concepts. These models allowed participants to visualise how water moves across disturbed land, how erosion occurs and how different control measures function in practice.

The training was delivered to a diverse audience including environmental professionals, civil supervisors and plant operators. This multidisciplinary approach helped establish a common understanding of erosion and sediment control requirements across all levels of the project team, improving communication and consistency in the field.

Our services included:

Development of a bespoke erosion and sediment control training program
Preparation of project-specific training materials
Development of scaled demonstration models and training props
Review and incorporation of project-specific photographs and case studies
Training delivery to environmental personnel, supervisors and operators
Practical demonstrations of erosion and sediment control principles
Guidance on linear infrastructure construction challenges
Discussion of constructability considerations and field constraints
Ongoing technical support and advice

The training focused on practical application rather than theory alone. Particular attention was given to understanding clean and dirty water management, diversion banks, whoa boys, sediment traps, sediment fencing, stockpile management, waterway crossings and the relationship between construction activities and environmental outcomes. Participants were encouraged to discuss site-specific challenges and identify practical solutions that could be implemented during construction.

Outcomes

Increased understanding of erosion and sediment control principles across project teams
Improved consistency in the implementation of erosion and sediment control measures
Enhanced communication between environmental staff, supervisors and operators
Greater awareness of environmental risks associated with linear infrastructure construction
Practical knowledge directly applicable to field activities
Improved confidence in interpreting and implementing ESCP requirements
Increased capability within the workforce to identify and address erosion and sediment risks
Training tailored to the client's projects, construction methods and operational requirements

This project demonstrates Dynamic Environmental Services' ability to deliver engaging, practical and project-specific environmental training programs.

By combining technical expertise with real-world construction experience, we help project teams move beyond compliance and develop a genuine understanding of how environmental controls can be successfully implemented in the field.

Advancing Industry Knowledge: Bridging the Gap Between Design, Construction and Environmental Performance

Fri, 12 Jun 2026 01:27:43 GMT

Improving environmental outcomes requires more than plans, procedures and compliance requirements. It requires people across the industry to understand why environmental issues occur, how risks can be identified early and what practical solutions can be implemented in the field.

Dynamic Environmental Services regularly develops and delivers technical training, conference presentations and industry workshops focused on erosion and sediment control, soil science, rehabilitation and environmental risk management.

Drawing on experience across renewable energy projects, our presentations combine technical knowledge with practical field experience, providing attendees with real-world examples of environmental challenges and lessons learned from construction and operational projects.

Recent presentations have been delivered to industry conferences, professional associations and engineering organisations, including erosion and sediment control specialists, environmental professionals, engineers, project managers, supervisors and decision-makers responsible for environmental performance and project delivery.

A key focus of these presentations is bridging the gap between environmental requirements, engineering design and field implementation. Topics are selected to address common industry challenges, encourage critical thinking and promote practical, evidence-based approaches to environmental management.

Presentation topics have included:

Erosion and sediment control design and implementation
Dispersive soils and erosion risk management
Rehabilitation planning and revegetation challenges
Renewable energy construction and environmental management
Drainage design and constructability considerations
Soil science for environmental practitioners and engineers
Environmental risk management and compliance
Lessons learned from large-scale infrastructure projects
Practical approaches to achieving sustainable rehabilitation outcomes

Rather than relying solely on theory or guideline requirements, presentations are developed using project case studies, field observations, technical investigations and practical examples gathered across a wide range of construction and operational environments. This approach allows attendees to better understand not only what environmental controls are required, but why they are necessary and how they can be successfully implemented.

Many sessions are tailored to the specific audience, ensuring the content is relevant to their role, level of experience and project challenges. Whether presenting to specialist environmental professionals, engineering teams or project delivery personnel, the focus remains on providing practical knowledge that can be applied immediately in the workplace.

Outcomes:

Improved understanding of erosion, sediment control and rehabilitation principles
Greater awareness of environmental risks associated with construction activities
Enhanced collaboration between environmental and engineering disciplines
Increased capability to identify and manage environmental risks early
Practical lessons learned shared across industry sectors
Improved understanding of soil-related constraints and rehabilitation challenges
Increased confidence in environmental decision-making
Better integration of environmental considerations into project planning and design

Through conference presentations, workshops and tailored training programs, Dynamic Environmental Services continues to contribute to the development of industry knowledge and the improvement of environmental practices across Australia.

Rapid Environmental Incident Response at a Remote Renewable Energy Facility

Fri, 12 Jun 2026 00:58:27 GMT

Environmental incidents rarely occur at convenient times or locations. When they do occur, project operators need experienced environmental professionals who can respond quickly, assess potential risks and provide practical advice to support decision-making.

Dynamic Environmental Services was engaged to provide urgent environmental support following an operational incident at a remote renewable energy facility. The incident required rapid mobilisation to site, environmental assessment, contamination investigation and advice regarding appropriate management actions to minimise environmental risk.

A key challenge was the remote location of the site and the need to assess potential impacts quickly. Timely attendance was important to understand the nature and extent of the incident, identify any immediate environmental risks and provide confidence that appropriate controls and management measures were in place.

Our services included:

Rapid mobilisation and site attendance
Environmental incident investigation
Assessment of potential impacts to land, water and ecological values
Delineation of the potentially affected area
Soil sampling and contamination assessment
Environmental risk assessment
Regulatory advice and notification support
Development of remediation and monitoring recommendations
Review of spill response measures and site controls
Review of environmental management systems and procedures
Development of operational improvement recommendations

The assessment identified that the incident was localised and that environmental risks could be effectively managed through a targeted remediation and monitoring program. Rather than adopting an unnecessarily disruptive response, Dynamic developed a practical and proportionate management strategy that focused on protecting environmental values while minimising disturbance to the site.

The project also provided an opportunity to review broader environmental incident preparedness measures. Recommendations were developed to strengthen spill response capability, improve environmental management documentation and enhance future incident response processes across similar operational assets.

The project required balancing environmental protection, regulatory expectations, operational requirements and practical site constraints. Particular consideration was given to potential downstream environmental receptors, weather conditions and the need to implement management measures quickly and effectively.

Outcomes

Rapid deployment to a remote operational site
Timely assessment of environmental risks and potential impacts
Practical and proportionate remediation strategy developed
Environmental risks effectively managed and monitored
Regulatory obligations supported and addressed
Improved environmental incident preparedness
Enhanced spill response capability and management procedures
Increased client confidence in environmental risk management

This project demonstrates Dynamic Environmental Services' ability to provide responsive, practical and technically robust support when environmental incidents occur. Whether responding to contamination events, spills, community complaints or regulatory matters, our team can rapidly mobilise to assess risks, develop solutions and help clients protect the environment while maintaining operations.

Client Feedback

"I was referred to Lisel by a colleague after seeking support/advice for an environmental incident at one of our QLD sites. I spoke with Lisel on the phone and received support instantly regarding control measures to minimise any environmental impacts. Lisel was on a plane the next day and on site providing guidance/support. Lisel’s expertise and guidance were the key factors in effectively handling this environmental incident."

Managing Legacy Contaminated Land Liabilities Across a Large Active Industrial Operation

Thu, 11 Jun 2026 00:29:31 GMT

Large industrial sites often inherit decades of historical activities, leaving a legacy of poorly understood contaminated land issues. Over time, these sites can accumulate multiple contamination concerns, varying levels of historical investigation, changing regulatory requirements and uncertainty regarding actual environmental and human health risks.

Dynamic Environmental Services was engaged to assist a major industrial operation with the assessment and management of a large portfolio of legacy contaminated land sites. The project involved reviewing, investigating and prioritising numerous contamination issues across a large operational footprint, including contaminants such as asbestos, heavy metals and agricultural chemicals.

A key challenge was developing a consistent and defensible approach to understanding risk, prioritising actions and ensuring resources were directed toward areas presenting the greatest environmental, regulatory and community risk.

Our services included:

Site inspections and historical information review
Development of contamination investigation strategies
Preparation of sampling and analysis plans
Source and soil sampling programs
Data interpretation and comparison against relevant guidelines and investigation criteria
Development of site-specific investigation and assessment criteria
Coordination of specialist environmental and human health risk assessments
Regulatory notifications and stakeholder engagement
Design and implementation of interim risk management measures
Development of remediation and management strategies
Management of remediation contractors and field activities
Preparation of ongoing management plans
Development of streamlined internal processes and decision-making frameworks

Rather than treating each issue as a standalone project, our approach focused on developing a structured and repeatable framework for assessing contamination risks across the entire operation. This allowed investigation efforts, risk assessments and remediation activities to be prioritised based on actual risk, while improving consistency, efficiency and regulatory defensibility.

The project required balancing environmental protection, human health considerations, operational requirements, regulatory expectations and budget constraints. Particular attention was given to potential impacts on surrounding communities and environmentally sensitive areas, ensuring risk management decisions were supported by robust technical evidence.

Outcomes

Improved understanding of legacy contamination risks across the operation
Development of a consistent and defensible contaminated land assessment framework
More effective prioritisation of investigation and remediation activities
Reduced regulatory risk and improved compliance outcomes
Practical and cost-effective risk management strategies implemented
Protection of environmental values and community health
Improved internal capability to manage future contaminated land issues

Project Managing the Planning and Approvals of a Regional Waste Management Facility

Thu, 11 Jun 2026 00:19:09 GMT

Developing major waste infrastructure requires the coordination of multiple technical disciplines, regulatory pathways, stakeholders and approvals processes. Without effective project management, even well-designed projects can experience delays, scope creep, increased costs and avoidable approvals, construction and operational risks.

Dynamic Environmental Services was engaged to provide project management and client-side representative services for the planning and approvals of a new regional waste management facility with a projected development value exceeding $20 million. The proposed facility was to be developed on a site subject to an existing Environmental Authority and Mining Lease, creating a complex approvals pathway.

Acting on behalf of the client, our role was to coordinate specialist inputs, manage project delivery and ensure technical, regulatory and commercial considerations remained aligned throughout the planning and approvals process.

Our services included:

Project planning and programme management
Principal's Representative services
Coordination of environmental, engineering and specialist consultants
Development of detailed scopes of work for technical investigations
Procurement support and tender evaluation
Review of consultant deliverables and technical studies
Environmental Authority application development
Advice regarding mining lease relinquishment and existing environmental obligations
Stakeholder and regulator engagement
Risk identification and management
Integration of multidisciplinary technical inputs
Quality assurance and strategic project oversight

A key challenge of the project was coordinating multiple workstreams while ensuring all technical studies, approvals pathways and project decisions remained aligned with the client's long-term objectives. Our role was not to replace specialist consultants, but to ensure their outputs were integrated into a cohesive, defensible and deliverable approvals strategy.

By acting as a single point of coordination between the client, regulators and specialist consultants, we were able to provide clear direction, maintain project momentum and help reduce the risk of costly rework later in the approvals process.

Outcomes

Improved coordination across multiple technical disciplines
Streamlined procurement and consultant management processes
Clearer alignment between project objectives and technical deliverables
Reduced approvals and programme risk
Efficient integration of specialist consultant inputs
Ongoing progress toward a defensible and deliverable approvals pathway

Practical Erosion and Sediment Control for Linear Infrastructure Projects

Wed, 10 Jun 2026 23:30:12 GMT

Linear infrastructure projects present unique erosion and sediment control challenges. Construction often occurs across long distances, traversing multiple soil types, land uses and drainage features, while operating within tight construction footprints and even tighter project timeframes.

Dynamic Environmental Services has supported gas infrastructure projects involving civil construction of well pad and installation of gathering networks by developing practical, site-specific erosion and sediment control solutions tailored to the realities of construction in the field.

Rather than relying solely on desktop assessments, our approach involves visiting sites, understanding the landscape, reviewing soil conditions, speaking directly with project personnel and gaining an understanding of construction methodologies and operational constraints. This allows erosion and sediment control measures to be designed with both environmental performance and constructability in mind.

Our services included:

Preparation of Erosion and Sediment Control Plans (ESCPs)
Site inspections and field assessments
Identification and management of dispersive soils and erosion risks
Development of project-specific ESC standard drawings and details
ESC advice for well pad construction and gathering
Rapid turnaround for changing project timeframes
ESC inspections and compliance advice
ESC training for environmental professionals, civil supervisors and plant operators
Ongoing technical support throughout project delivery

By understanding both environmental requirements and construction constraints, we were able to develop solutions that could be effectively implemented in the field while maintaining compliance with project requirements.

Outcomes

Practical and constructable ESC solutions developed
Site-specific controls tailored to local soil and landscape conditions
Improved understanding of ESC requirements among project personnel
Rapid technical support provided to meet construction timeframes
Reduced risk of erosion, sediment release and environmental non-compliance
ESC measures designed to be both effective and achievable in the field

Balancing Landholder Expectations, Site Constraints and Rehabilitation Objectives on a Wind Farm Project

Wed, 10 Jun 2026 23:18:30 GMT

Development of a Bespoke Rehabilitation Strategy

Rehabilitation performance across the project was below expectations and a rehabilitation plan had subsequently been developed. However, the plan was based on limited site-specific data and therefore was not able fully consider the variation in soil constraints, vegetation communities, land capability and site conditions across multiple landholdings. Dynamic Environmental Services was engaged to undertake a comprehensive soil sampling campaign and develop a practical, data-driven rehabilitation strategy tailored to individual landholder requirements and site conditions.

A key objective of the project was balancing rehabilitation objectives with landholder expectations and existing grazing land use, while ensuring rehabilitation recommendations remained practical within the operational constraints of a functioning wind farm and the realities of local soil and climatic conditions. While the project shared common rehabilitation goals, significant differences existed between landholdings in terms of soils, vegetation communities, land capability, existing groundcover and landholder expectations. A one-size-fits-all rehabilitation approach was therefore unlikely to achieve the best outcomes.

Our deliverables included:

Site inspections across multiple landholdings
Assessment of rehabilitation performance and identification of key constraints
Review of historical rehabilitation activities and potential future rehabilitation methodologies
Soil sampling and laboratory analysis
Review and interpretation of soil chemistry, fertility and physical soil characteristics
Assessment of topsoil quality and reinstatement practices
Identification of erosion, stability and vegetation establishment risks
Review of surrounding vegetation communities and reference conditions
Consideration of landholder objectives, grazing operations and site constraints
Development of site-specific rehabilitation recommendations
Seed mix review and recommendations
Soil amendment recommendations
Hydromulch and stabilisation recommendations
Preparation of a comprehensive Rehabilitation Plan
Development of practical implementation and monitoring recommendations

Rather than applying generic rehabilitation solutions, our approach focused on understanding the unique characteristics of each landholding, including soil conditions, climate, landscape setting, surrounding vegetation communities, grazing requirements, landholder expectations and wind farm operational constraints. This allowed recommendations to be tailored to site-specific conditions and realistic rehabilitation objectives.

Outcomes

Identification of key factors influencing rehabilitation performance
Site-specific recommendations developed for multiple landholdings
Rehabilitation strategies aligned with landholder expectations, grazing operations and project requirements
Improved understanding of soil, vegetation establishment and erosion risks
Practical and achievable rehabilitation methodologies developed
A clear pathway for implementation and ongoing rehabilitation management
Recommendations that balanced technical requirements, project constraints and implementation costs

Small Changes, Big Risk: Why Your EA Doesn’t Cover Everything Under an ERA

Sun, 29 Mar 2026 23:09:15 GMT

Holding an ERA Doesn’t Mean You Can Do Everything Within It

We regularly see sites assume that because they hold approval for an ERA, they can undertake anything that falls within that ERA.

That’s not how Environmental Authorities work.

An EA does not approve the full scope of what an ERA could include. It approves what you applied for — including the way the activity is undertaken, the infrastructure used, the controls you committed to and the scale and intensity you described.

Sometimes, there are some obvious limitations set by your EA per ERA. For example, you may hold ERA 54 Mechanical Waste Processing, Threshold 2 (general waste), therefore, if you want to take regulated waste, you know that you aren't licenced to do so, as it is Threshold 3 & 4. It's the more subtle changes where things can come unstuck, particularly in the waste management ERA space.

What Your EA Actually Covers

When your EA is granted, it is based on a specific proposal. That proposal includes:

The activity itself
Where it will occur
What materials or wastes are involved
How it will be undertaken
What controls are in place to manage environmental risk

That combination forms the risk profile that was assessed and approved. It is not a blanket approval for all variations of that activity/ERA.

Where Sites Get Caught Out

Most non-compliances in this space are not deliberate. They come from operational changes that seem minor at the time:

Moving an activity to a more convenient location
Scaling up volumes
Changing inputs slightly
Adjusting how something is managed day-to-day

Individually, these can seem insignificant. But from a regulatory perspective, they can fundamentally change the risk to environmental values — which means they fall outside what was originally approved.

Example 1 – Crushing Concrete under ERA 54

You are approved to undertake crushing concrete under ERA 54. What was approved:

Crushing within an enclosed building
Dust suppression sprays on the machine
Settled dust wet cleaned within bunded area, and vac truck removed offsite to be disposed at facility that is licenced to accept it

You now want to undertake crushing outdoors. It’s still crushing — so it feels like it should be fine. But the risk profile is no longer the same:

Dust is no longer contained and can travel offsite
Fine material can be mobilised into stormwater
Noise is no longer attenuated by the building (for offsite sensitive receptors/neighbours)
Wind becomes a factor

The original approval was based on a controlled system. Moving outdoors changes how emissions behave and where they end up.

Example 2 – Wastewater Reprocessing under ERA 55

You are approved to receive and reprocess wastewater in ponds. What was approved:

A purpose-built pond with engineering design
Construction Quality Assurance (CQA) completed
Leak detection system installed
Groundwater monitoring bores in place
Defined and assessed allowable inputs

You now want to construct another pond, or accept a slightly different input. Again, this appears similar.

But, because you think you are already approved for this activity, you aren't putting together an EA application which steps through all the requirements, and therefore, some aspects get missed:

If the new pond is missing any of those design or verification elements, seepage risk increases
Without monitoring or leak detection, early warning systems are lost
Different inputs may behave differently in storage or treatment (for example, odour risk)
The original assessment of contaminants and volumes may no longer apply

Even if the pond looks the same, the certainty of performance and level of risk is not the same.

Example 3 – Other Activities under ERA 55

You are the same site as Example 2, already approved under ERA 55 to receive and reprocess wastewater in ponds.

You now want to treat contaminated soils using stabilisation (e.g. lime dosing). It’s still ERA 55 — so it feels like you should be covered.

But let's think about what was approved:

Treatment of liquid waste in lined ponds
Risks primarily related to odour, pond failure, seepage and groundwater

What changes:

Dust generation from handling soils
Airborne contaminants and exposure pathway
To be undertaken in an unlined, unbunded area
Stormwater contamination from open treatment areas
Land contamination risks
Potential for offsite reuse (if uncontrolled, contamination of other sites)

Same ERA — completely different risk.

The original EA for wastewater ponds does not consider these impacts, so the new activity has not been approved.

Why “Almost the Same” Isn’t the Same

A key point that is often missed is this: Environmental risk is driven by more than just the activity itself.

It is driven by:

How emissions are generated
How they are controlled
The pathways they can travel
The receptors they can reach

Small changes to any of these can significantly change the outcome.

Two activities that look identical operationally can have very different impacts once you consider odour, dust, surface water, noise, or groundwater pathways.

When Do You Need an EA Amendment?

As a general rule: Assume an EA Amendment is required. Request a pre-lodgement meeting, be clear about the change you are thinking of, and take guidance from the assessing officers.

This is not a space for “we’ll just make the change and see how it goes”.

Why It Matters

Operating outside the scope of your EA is not just a paperwork issue. It can result in:

Non-compliance with conditions
Environmental harm or nuisance
Regulatory action
Be issued a stop works notice, essentially cutting off your source of income
Costly and time-consuming remediation or retrospective approvals

We often see sites end up in a far more difficult position trying to justify a change after the fact, rather than assessing it properly upfront.

In Closing

Your EA is not an approval for everything that falls under the ERA listed on your licence.

It is approval for what you applied for — a specific activity, undertaken in a specific way, with specific controls.

If those things change, your approval may no longer apply.

That’s why the detail in your original EA application — and any amendments — matters. What you describe is what gets assessed, and ultimately, is what you are approved to do.

If your operations are evolving, don’t assume you’re covered.

Stop, assess the risk, and confirm whether an amendment is required.

Give us a call to discuss your waste-related activities — whether it’s an original EA application or an amendment.

Last updated 29 March 2026.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

Handling Excess Soil from Excavation and Hydroexcavation

Fri, 27 Mar 2026 23:11:19 GMT

When is it a resource? When is it a waste? And what do you actually need to do?

Managing excess soil from cut/fill activities and hydroexcavation is one of the most commonly misunderstood environmental and planning compliance risks on construction sites. Soil can be one of the most valuable resources on a construction site, but poor management can quickly become extremely costly.

1. Soil: Resource or Waste?

Soil is a resource when it is:

Suitable for its intended reuse, and
Reused for a lawful and beneficial purpose (either within the project or at another suitable location)

Soil becomes a waste when it is:

Surplus to requirements, and
Discarded, disposed of, or requires treatment before it can be reused

This distinction is critical. Stockpiling soil “just in case” without a defined reuse purpose can shift it from resource → waste.

2. Contamination Considerations

Before any off-site movement or reuse, you must understand if the material is potentially contaminated. Some indicators might be:

The land is listed on the EMR or CLR
Notifiable activities have occurred on the land (whether listed or not)
Known or suspected historical spills
Mine spoil or deeply excavated material
Naturally mineralised soils
Areas affected by demolition (e.g. potential asbestos containing material)
Imported fill of unknown origin
Presence of biosecurity matter (e.g. weeds)

These indicators signal a risk that the material may contain contaminants. Material may be contaminated, even if it appears clean. Laboratory analysis may be warranted, with comparison to regulated waste classification thresholds and/or National Environment Protection (Assessment of Site Contamination) Measure (NEPM), Schedule B1 as relevant.

3. Can the receiving lot legally accept it?

Even if soil is suitable for reuse, the receiving site must be legally able to accept it.

If managed as a resource:

Placement must be for a lawful and beneficial purpose
If volumes exceed relevant Operational Works (Earthworks) thresholds under the local planning scheme, the receiving lot may require a Development Approval. These thresholds vary by local government (often around 50 m³, but not always).

Important: Even movement within a project can trigger regulatory requirements if material is transported across lot boundaries.

If managed as a waste:

The receiving site must be appropriately authorised, such as:

- ERA 60 (waste disposal), or

- ERA 62 (waste transfer and processing)

*Waste levy, transport, and disposal costs will apply (waste levy will be $100/tonne or more, in addition to haulage and landfill disposal fees)

There are potentially some opportunities for a receiving landfill to apply for a waste levy exemption for clean earth for use as day or intermediary landfill cover. It is up to the discretion and operational needs of the landfill to allow this as an option, but as the disposer, offering to pay for the preparation of the waste levy exemption application can position you well, and has the potential to save you millions of dollars from an investment of just a few thousand.

Another consideration is whether the source site can legally supply the material. Large-scale excavation and off-site supply of soil can be considered resource extraction (e.g. quarrying), which may trigger Development Approval requirements depending on the nature, scale, and intent of the activity.

4. Hydroexcavation Material – Not Just “Water”

Hydroexcavation produces a slurry comprising:

Soil/sediment
Water
Potential contaminants (e.g. hydrocarbons, salts, metals)

This material is not simply “water” and should not be assumed to be suitable for discharge or reuse.

In most cases, hydroexcavation waste:

Requires assessment prior to reuse
Will be classified as a liquid waste or regulated waste, depending on contamination, unless a suitable on-site reuse opportunity is available

Key considerations include:

Can it be beneficially reused on-site without causing environmental harm?
Does it require dewatering prior to reuse or disposal?
Is disposal to a licensed facility required?
Does waste tracking apply?

Inappropriate discharge of hydroexcavation slurry can constitute environmental harm.

5. Temporary vs Permanent Stockpiling

Temporary Stockpiles (during construction) are generally acceptable where:

There is a clear reuse purpose
Stockpile duration is limited
Appropriate controls are in place:

- Erosion and sediment controls

- Stabilisation (if long duration)

Permanent Stockpiles

Permanent or long-term stockpiling introduces additional risk and often requires Development Approval.
Demonstration that the activity is not waste disposal

Generally, soil cannot be stockpiled indefinitely and without a defined use, unless it was indicated on the final landform approved as part of the Development Approval.

In Closing

Most soil management issues don’t arise from complex contamination — they arise from poor planning and unclear intent.

Soil is one of the most valuable resources on your site. Used well, it reduces costs and supports better environmental outcomes (particularly rehabilitation/revegetation). Managed poorly, it quickly becomes a liability — triggering approvals, disposal costs, and compliance risk.

Effective soil management begins with thoughtful cut and fill planning to minimise excess and avoid turning a valuable resource into a liability, and concludes with well-executed revegetation to stabilise the site and minimise future erosion and soil requirements.

Want to explore waste classification thresholds or NEPM further? Check out our Resources page for direct links to these resources.

Last updated 27 March 2026.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

How to get the most out of dressage lessons

Mon, 23 Mar 2026 01:39:33 GMT

If you aren't improving between your dressage lessons, the problem probably isn't your coach, but your system.

Dressage lessons are one of the most valuable tools a rider has, but only if you know how to use them effectively.

You’re not alone. Many riders invest in lessons but struggle to carry the progress through to their everyday rides.

If you want to get the most out of your lessons and accelerate your progress, it’s time to rethink how you approach your lessons.

Let's start with one of the most important (and most overlooked) factors: pre-planning .

1. Pre-Planning

As the rider, you should be coming into each lesson with a clear idea of what you want to work on.

How often does this happen?

Coach: "How are things going?"

Rider: "Pretty good"

Coach: "Ok, that's good. What would you like to work on today"

Rider: "I'm happy for you to decide, you are the expert"

From a coach’s perspective, this immediately sets the tone. It can come across as a lack of interest or dedication, even if that’s not your intention.

Everyone pays the same for a lesson, but the riders who get the most value are the ones who take ownership of it.

While the rider cannot influence all aspects of the coach's mindset coming into the lesson, you can easily do this one simple thing.

Spend 15 minutes the day before your lesson to think about what you would like to work on. The day of can be too hectic and cloud your memory and judgement, particularly if you are running late or just a bit stressed about the lesson in general.

Then at the start of your lesson, don't wait for your coach to ask what you want to work on - set the context and then explain what you would like to work on before they have even had a chance to ask. Here are some examples (these are real recent examples of mine):

"At my last competition, I realised I was having trouble navigating the corners. I had a think about this, and realised I always ride in arenas with fences. Once we get into a competition arena with a small fence, I feel like I am not giving the horse clear enough direction, which results in a loss of balance and straightness. Can we work on positioning, aids and some different ideas to improve this?"
"I have been working on improving the engagement and activity in my walk pirouettes, and would like to show you where they are at, and get your feedback on how they are tracking and where to go next with this training."
"I am feeling like I am too often locking my arms when things get hard in collected movements. I would like us to touch on some of those collected movements today for the purpose of you helping me with not locking my arms."

Some examples of what not to say you want to work on:

"Flying Changes". Chances are, you don't have the building blocks established, and your coach is going to immediately be put in a position where they need to give you feedback which could be tricky for both of you to navigate, setting the scene for a potentially awkward lesson, or a coach who feels pressured into attempting to teach you and your horse something you aren't ready for. Perhaps instead you could say 'I'm feeling like the engagement of the canter is progressing well. Can we work on some exercises to test and challenge our straightness, because I know that needs to be very established before we start to think about flying changes?'
"Everything". What does this even mean? What it sounds like is that you have brought a negative mindset to the lesson.

Coming with a clear direction shapes the entire tone of the lesson, even if the lesson doesn't end up working on exactly what you had intended it to.

2. Talking too much... or not enough!

Your lesson time is limited, and valuable. Finding the right balance of saying enough, but not too much is critical.

You're paying to hear your coach's advice, not to convince them why you can't do what they are asking of you.

On the flip side, blindly riding around and around having no idea what the coach means or wants doesn't help anyone. The coach becomes frustrated (and potentially disengaged), and the rider confused and discouraged.

The right amount of communication is really individual to each rider/coach relationship, but getting it right is invaluable to both parties.

3. Not videoing or writing notes

It’s incredibly common to think, “I’ll never forget that, that was gold.”

And then 48 hours later… it’s gone.

If possible, have someone video your entire lesson (not just snippets to make highlight reels!), positioned where they can hear your coach speaking. If that's not an option, consider a Pivo, or just setting up your phone near the coach to capture audio, if nothing else.

Instead of, or in addition, taking 5 minutes immediately after untacking and cooling your horse to write some notes in your phone will help immensely with information retention and provide a valuable resource for later reference.

Most importantly, as uncomfortable as it can be, watch back your video, with the volume on (and/or read your notes)! You should watch this after your lesson, between that lesson and your next, and before your next lesson.

4. Not riding again soon enough after the lesson

After we have done a trip away for a clinic, we can come home exhausted (both horse and rider), and it’s tempting to give both yourself and your horse a break.

While psychical recovery is important for both horse and rider, repetition is essential for learning.

This must not be at the physical (or mental) detriment of the horse, but by riding at least a few times in the days after a big clinic, you will find all that valuable information flooding back to you 'in the moment' that you need it, helping to form new neural pathways that are your 'toolkit' for progress.

5. Not having another lesson soon enough

Many aspects dictate when you can have another lesson - finances, work commitments, coach availability, and more. However, too long between lessons can mean:

Practicing bad habits
Practicing a way of doing things that your coach didn't mean, but you misinterpreted
Going off track without realising

As a guide, your next lesson should be not necessarily a specific time period, but when you feel that either:

You have progressed well with solidifying the concepts learnt in the last lesson, or,
You can't quite get those concepts (or your interpretation of them) to work for you.

In Closing

If you want to improve faster, don’t just invest in lessons, invest in how you use them.

With the right approach, every lesson can drive real, meaningful progress.

About Lisel

Lisel Dingley brings a systems-based approach to both business and riding.

Balancing horses and a full-time career as the owner of Dynamic Environmental Services supporting some of the largest projects in Queensland, Lisel understands how important it is to make every ride count.

She offers a small number of one-on-one mentoring sessions for riders who want to build better systems around their training, horse and land management, and integrating horses with a career outside of horses, to achieve more consistent progress.

If that sounds like you, get in touch via email to equine@deservices.com.au - mentoring availability is limited.

Groundwater Monitoring - Does compliance with your Environmental Authority mean you have met your General Environmental Duty?

Tue, 19 Nov 2024 07:39:46 GMT

Hypothetical Situation: A site’s Environmental Authority lists a number of groundwater bores, and states that they must be monitored for certain parameters 6 monthly. The EA has another condition which states that a groundwater review must be undertaken every 3 years by an appropriately experienced person (hydrogeologist).

The site diligently samples the groundwater bores, and collates the field and laboratory results into a spreadsheet.

However, those results are not reviewed when they are received… because the EA says that a groundwater review must be undertaken every 3 years, with no other specific review obligations.

Given groundwater monitoring is intended as a warning system for contamination, is only reviewing the groundwater results every 3 years adequate to meet the General Environmental Duty of the Environmental Protection Act? Or a general EA condition such as the requirement to take all reasonable and practicable measure to prevent or minimise the likelihood of environmental harm being caused by the activities?

When a dam containing hazardous waste is found to be leaking (found upon visual inspection), and subsequently the previous two years of groundwater data are reviewed and found to indicate this has been occurring prior to the visible leak being detected, it is likely this will not be looked upon favourably in a prosecution. “But it wasn’t time for our 3 yearly review!” is unlikely to be acceptable to the Regulator.

Perhaps the EA has another condition which states that deterioration of groundwater quality must be reported to the Regulator within 14 days of receipt of the results. If data is only reviewed every 3 years, how is this condition being met?

Perhaps the EA has a condition that requires the development and implementation of a Groundwater Monitoring Plan. It is suggested an adequate Groundwater Monitoring Plan should include guidance on interpretation of results, not just what, when and where to monitor. In our opinion, a Groundwater Monitoring Plan without interpretation guidance is defective and non-compliant with the intent of the condition. And if it does have guidance, is this clear enough to be accurately and swiftly executed by site personnel?

We see many shortcomings in groundwater monitoring. Some of the most common and most significant include:

· Data that clearly demonstrates potential environmental harm, which has not been noticed or investigated. There are some really easy ones in this space – your groundwater should not have PFAS in it! If it does, you either have identified contamination of the aquifer or contamination of your samples by your sampling methodology or the laboratory. Regardless, this should be promptly investigated.

· Sites not being aware which of their bores is a leak detection bore and which are aquifer monitoring bores. One should be dry and the second should not be dry, and if this is not the case, this needs investigating.

· Sites not having modelled groundwater flow direction to determine what is an upgradient (background) monitoring bore, and what is downgradient (identification) monitoring bore, and therefore not being able to interpret results adequately.

· Not monitoring water quality in ponds that have the potential to leak, and therefore being unaware of the potential contaminants that would indicate seepage into the aquifer from the pond.

Groundwater monitoring can be a highly effective detection system of potential environmental harm, but only if it is undertaken well, by persons with a comprehensive understanding of monitoring well construction, groundwater and contaminants, and with an adequate system of bores in place.

Last updated 19 November 2024.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

Can you always legally clear Category X (White) Vegetation?

accounts@deservices.com.au (Lisel Dingley) — Tue, 17 Sep 2024 04:49:46 GMT

Definitely not!

We have put together a quick list of aspects which might mean you cannot clear your Category X Vegetation.

If the clearing may impact Matters of National Environmental Significance (MNES) under the Commonwealth EPBC Act, noting Category X (a State-based classification) does not remove the need for federal referral/approval, particularly where vegetation has regrown for 15+ years or provides habitat for threatened species.

If Protected Plant Trigger Mapping exists across the area you intend to clear, and you have not had a flora survey undertaken and/or have a protected plant clearing permit. This can also apply if protected plants exist without trigger mapping.

If the clearing is through a mapped waterway for waterway barrier works and may constitute a temporary (or permanent) barrier, and you haven't confirmed compliance with the Accepted Development Requirements for waterway barrier works, including submitting your pre-works notification.

If the clearing is through a watercourse, and does not meet the exemption requirements of a Riverine Protection Permit, and you do not hold a Riverine Protection Permit.

If you are not within your lot boundary, for example, when your lot or your adjoining lots are intersected by a mapped easement such as for a river or road, or you want to clear in the road easement in front of your property.

If your clearing will (or may) disturb an animal breeding place and you do not have a Species Management Program in place.

If your clearing will include ground disturbance and you have not met your Cultural Heritage Duty of Care requirements.

If the vegetation is mapped as protected under a local government planning scheme, and you do not have an approved clearing permit from the local government.

We often work with landholders who have unintentionally undertaken unpermitted clearing, and are subject to enforcement action by the Regulator. Remedying this is costly and time consuming. This is not a space for ‘act now, and ask for forgiveness later’. You may find yourself planting back out the trees you cleared plus 50% more, and being committed to ensuring their survival for the next 15 years.

Last updated 8 April 2026.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

Subsurface Challenges: How Renewables Projects in Queensland Fail to Identify Dispersive Soils in Planning and Initial Stages, and the Subsequent Consequences

Tue, 27 Aug 2024 04:48:51 GMT

In Queensland, it's no secret that the renewables industry is booming. However, consistently, particularly in the south of the state, these projects are quickly encountering an unexpected challenge - dispersive soils. While those in the erosion and sediment control field could reasonably foresee this based just on the geographic location or through a brief site visit only, consistently renewables projects are not aware of this aspect until well into construction, when unexpected erosion issues start to emerge.

It may be surprising that these very significant projects, with budgets of hundreds of millions of dollars, can overlook an aspect that is likely to cause considerable challenges if management is not planned and budgeted.

Failure to identify dispersive soils in project scoping and planning can result in development of inappropriate erosion and sediment control plans, unsuitable rehabilitation plans, failing rehabilitation, and lengthy maintenance periods of erosion and sediment controls until groundcover is achieved (including desilting, reshaping, restabilising). Drains fail due to erosion, releasing sediment which settles downgradient, reducing drain capacity, resulting in drain overtopping and sediment deposition onto roads or hardstands (reducing trafficability) or releasing sediment into waterways. Erosion and poor stormwater management from failed drainage can mean water is not managed as per design and begins to erode in and around infrastructure, including roads, hardstands, solar panel piles, and waterway culvert crossings, resulting in expensive repairs of often difficult to access areas (particularly in solar construction due to tracking infrastructure). Some projects believe they will solve their erosion issues with hard reinforcing, like rock placement (riprap) or shotcrete or concrete, and are consequently shocked when these expensive repairs are promptly undermined. These impacts can result in landholder and broader community complaints, environmental consequences, compliance challenges, and costly rework.

During project planning, there are multiple avenues to identify this challenge. From an initial desktop perspective, publicly available soil mapping with attached descriptions could be reviewed, which will indicate dispersiveness. Even at the highest level of state-wide soil classification, the considerable portion of the state mapped as sodosols should be an indication of potential dispersiveness, named due to high concentrations of exchangeable sodium, driving sodicity, which often results in dispersion.

Assuming these aspects are overlooked, the early onsite inspections allow for an opportunity to visually observe indications of dispersive soil, often presenting as gully erosion along pre-existing roadsides and along farm tracks, or as gully or tunnel erosion adjacent to waterways, which contain the classic 'chocolate milk' water. These inspections are generally undertaken by ecologists and geotechnical engineers, and rarely, if ever, by erosion and sediment control specialists. Identifying this potential constraint is not in their purview, or skillset.

Geotechnical investigations always include Emerson Testing, which is a measure of the dispersiveness of a soil, however this almost always is restricted to the depth of the base of foundations, well below the topsoils or subsoils likely to be disturbed, exposed, and requiring final stabilisation. However, even when shallower soils indicate dispersiveness, such as being Emerson Class 1 or 2, this is often only considered in foundation design, and is not considered in drainage design, erosion and sediment control or rehabilitation scoping, planning and budgeting.

Due to these common oversights, it is important to turn our attention to developing improved recommendations for renewables developers to identify dispersive soils, and communication of these. Using a common ~40 turbine wind farm as an example, which is generally linear infrastructure (consisting of significant lengths of roads connecting turbines), and taking guidance from the IECA White Books, Chapter 3 Site Planning, Table 3.2, the required number of sample sites would be in excess of 930. Using an estimate of 1 sample location per 30 mins, it is unlikely that a wind developer will be interested in 232 days of soil sampling prior to/during project scoping.

While the gold standard would likely consist of a full-scale soil survey including sampling for all relevant characteristics (including dispersiveness) and development of associated soil mapping, with final micrositing of project infrastructure (particularly wind turbines) having consideration of soil characteristics, it is unrealistic to move immediately from the current process to this.

In order to identify the existence of dispersive soils, a well-designed reduced soil sampling program and analysis suite is possible, which will fast track the process and reduce costs.

In our experience, Emerson Aggregate Testing has not proven to be a reliable indicator of dispersion, if other soil characteristics are disregarded. If targeting dispersion only, a more suitable suite is one that includes, at least, exchangeable basic cations (Calcium, Magnesium, Potassium, Sodium), Cation Exchange Capacity and Particle Size Distribution, in addition to Emerson Aggregate Testing (EAT).

In our experience, soils can exhibit severe dispersion in the field, and have exchangeable cation aspects which would indicate a high likelihood of dispersiveness (such as sodic or magnesic soils), but have moderate to low dispersiveness based on Emerson testing. The reason for this is currently unknown comprehensively, though some theories are held and are under investigation. Furthermore, sands and gravels are unsuitable for Emerson testing, and failure to undertake Particle Size Distribution (or field assessment) to identify these may result in EAT scores that indicate negligible dispersiveness, yet the soil may lack soil cohesiveness, which tend to erode regardless of dispersiveness.

Identification of dispersive soils is critical in the planning and design stage of renewables projects to prevent budget blowout. Topsoils and shallow subsoils should be included in sampling regimes as part of project scoping, or at least, early works. A reduced sampling density and analysis scope is suggested to be sufficient for this purpose, and should be undertaken by all renewables developers.

Last updated 27 August 2024.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

The many definitions of 'weed'

Tue, 13 Aug 2024 05:56:11 GMT

What is a weed?

Nearly every site, property, landholder, project and person has a different view on what is a weed. We often find this is a heated point of discussion through the entire life of a project, while projects work to coexist alongside other types of land users.

Macquarie Dictionary describes weed (noun) as 'a plant growing wild, especially in cultivated ground to the exclusion or injury of the desired crop', or 'any useless, troublesome, or noxious plant, especially one that grows profusely'.

The Biosecurity Act 1994 does not use or define the word, instead referring to prohibited invasive plants and restricted invasive plants. Under the Act, prohibited matter is not currently present or known to be present in the State, and there are reasonable grounds to believe that if it did enter the State or part of the State the biosecurity matter may have a significant adverse effect on human health, social amenity, the economy or the environment. Restricted matter is currently present in the State, and there are reasonable grounds to believe that, if restrictions under this Act are not imposed on the biosecurity matter to reduce, control or contain it, it may have an adverse effect on human health, social amenity, the economy or the environment.

Local councils often refer to weeds as high, medium, or low priority in their Biosecurity Plan. These can include plants that are not listed as restricted invasive plants under the Biosecurity Act , in addition to plants which are listed.

Every pastoral landholder has differences in what they consider to be a weed. They may include:

Hay Grower :

Toxic plants that may become more palatable to stock when dried into a hay, which may otherwise not be eaten in a pasture situation
Plants which have a longer drying time than the hay species, increasing the risk of mouldy hay
Plants which are spiky, which the person feeding the hay and the animals eating the hay can be scratched by
Plants which may become weeds at the buyers property
Plants which are not the hay species and are less palatable and/or less nutritious
Plants which, due to some reason, impact the value or saleability of the hay

Grazier, improved pastures:

Plants which are toxic
Plants which are not toxic, but impact the health, value or saleability of the stock
Plants which are less palatable and/or less nutritious than the preferred pasture species
Plants which outcompete preferred pasture species
Plants which reduces the carrying capacity of the land

Cropping:

Any plant which is not the crop being grown

Other definitions include:

Any plant which is not native to Australia
Any plant which is not endemic to the area it is occurring

Or perhaps a combination of all of these!

In all of these pastoral settings, a native, endemic species could very well be considered a weed, and in a way that aligns with the Macquarie Dictionary definition.

Working to solidly define the meaning of the word in the context of your site and your project is critical to understand obligations and goals moving forward. Part of this is understanding the surrounding land uses and how different plants may impact operations, but on the flip side, it is critical to communicate with surrounding land managers to ensure realistic expectations and an aligned common goal.

Last updated 13 August 2024.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

Australian Standard 1940

Tue, 16 Jan 2024 07:12:29 GMT

Common mistakes with AS 1940 Compliance

AS 1940:2017 covers the storage and handling of flammable and combustible liquids, including diesel and many oils (depending on their classification and flash point).

In Queensland, compliance is primarily driven by the Work Health and Safety Regulation 2011 (Qld) and the Hazardous Chemicals Code of Practice. While AS 1940 is not explicitly mandated in all circumstances, it is widely adopted as the accepted benchmark and is often required by Environmental Authorities, internal standards, Environmental Management Plans, and site procedures.

In addition, Section 357 of the WHS Regulation 2011 (Qld) requires that where there is a risk of a spill or leak of a hazardous chemical, appropriate spill containment must be provided.

AS 1940 is a detailed standard, and full compliance on operational sites can be challenging. However, there are several recurring issues that are frequently overlooked.

1. Portable bunding is not suitable for permanent storage

Portable bunding units such as bunded pallets and flexible bunds are commonly used across construction and operational sites.

However, these are not intended for permanent storage applications. AS 1940 makes it clear that portable bunding units are not suitable as a long-term bunding solution.

If containers are stored in a fixed location on an ongoing basis, a compliant permanent bunded area should be provided.

2. Bund capacity – 110% vs 100% + 25% (commonly misunderstood)

Bunding requirements under AS 1940 depend on the type of storage:

Bulk tanks: bund capacity should be at least 110% of the largest tank
Package storage (drums, IBCs): bund capacity should be at least:

- 100% of the largest container, plus

- 25% of the total stored volume

A common compliance issue is applying the 110% rule to IBCs or drum storage, which can significantly underestimate the required bund capacity.

Importantly, bunding requirements are based on container capacity, not the current volume stored. Nominally empty containers should still be considered from a capacity perspective unless they have been cleaned and decommissioned.

3. Rainwater reduces effective bund capacity

Bunds must maintain their required effective containment capacity at all times. Where bunds are not protected from rainfall, accumulated stormwater reduces available containment volume, which can result in non-compliance during a spill event.

Rainwater in bunds must be appropriately managed, including:

controlled drainage via treatment (e.g. oily water separator), or
removal and disposal to a suitably licenced facility (testing may be required), or
testing prior to release (where appropriate)

Uncontrolled discharge of bund water to ground is a common compliance issue.

4. Undersized bunds for IBC storage

A frequently observed issue is an IBC stored on a small bund (e.g. 30cm deep shallow bund), often uncovered.

In many cases, these setups:

do not meet the 100% + 25% capacity requirement, and
are subject to rainwater infiltration (being uncovered)

These arrangements are rarely compliant when assessed against AS 1940.

5. Other common site issues (not limited to AS 1940)

While not strictly AS 1940 requirements, the following are also key risk areas in fuel and oil management:

Missing or open bungs in oily waste bins
Inappropriate detergents used in washdown areas (non quick-break)
Oily water separators not operating or maintained correctly

Final note

Most sites have some form of bunding in place, but the detail of how it is designed, used, and maintained is where compliance gaps typically arise.

Understanding the difference between tank and package storage requirements, and ensuring bunds maintain their effective capacity in service, will address a large proportion of common issues.

Reach out if we can assist you in improving your management of flammable and combustible liquids.

Last updated 1 April 2026.

This information is general in nature, may not be current, and may not be applicable to your specific circumstances. It should not be used as a substitute for site-specific professional advice.

Development Approval Support - Green Hydrogen

Thu, 29 Sep 2022 13:28:28 GMT

With hydrogen a new and emerging industry, associated development applications are being closely analysed.

Our client’s development approval application had been denied due to an insufficient Environmental Management Plan. As an emerging technology, there are limited real world examples to lean on, so we worked closely with our client to understand their vision of an integrated solar, battery, air water generation and hydrogen project.

Of particular importance to the Council was fire and explosion mitigation, and we drew on our complementary safety expertise to appropriately address this aspect.

We prepared an Environmental Management Plan for resubmission to council, working closely with our client and their legal team to deliver a document which was accepted, unqueried, by the Council.

Through this process, we also identified opportunities for improvement in their existing Environmental Authority and suggested amendments to improve compliance achievability once the site is operation.

This is the second disputed development approval application we have successfully assisted. Previously, a client’s application for a brewery had been disputed by the council. We prepared a thorough assessment against relevant planning legislation for also, an undisputed approval. This project was located proximal to a high-risk flood zone and residential areas, which required careful consideration and justification.

Both projects were supported by our in-house draftsperson (Surveyor & Civil Engineer) who produced supporting mapping.

NRM Engagement and Project Delivery

jai@clearpixel.com.au (Jai Warner) — Thu, 29 Sep 2022 13:20:29 GMT

With a track record of delivering natural resource management projects since our original inception back in 2015, we were called on to support a project behind schedule. 2020/2021 was a challenge for everyone, and Covid lockdowns had prevented the necessary property visits to move the project along.

The project aimed to protect 510km of riparian areas on priority waterways throughout Southern Queensland from grazing pressures, by supporting landholders to erect fences. When we took over the project in late November 2021, 166km had been executed.

Although floods, Covid, Christmas, and more floods challenged us at every turn, by the start of February 2022, we had communicated over the phone with more than 60 landholders, completed more than 40 property inspections, and contracted 372km of fencing, well exceeding targets.

We had taken the project from well behind schedule to more than 12 months in front, in just over 2 months (with Christmas in the middle)!

We prioritised communication, both with project participant landholders, our client and their funders.

One of the keys to success in delivering this project was to develop a ‘virtual’ property visit process, which was so successful the project culminated in our client asking us to deliver training to their internal team to continue with this new improved process for success into the future.

We were lucky enough to be able to visit breath-taking properties and meet inspiring landholders from the top of the Condamine catchment around Killarney, all the way through the Border Rivers and out to the mighty Maranoa near Saint George, hearing stories and seeing the scars of droughts and flooding rains.

Dorothea Mackellar’s words rang true:

I love a sunburnt country,
A land of sweeping plains,
Of ragged mountain ranges,
Of droughts and flooding rains.

You can see some of our trip highlights and hear from our client and a project participant with the videos on this page.

Providing Environmental Expertise and Local Knowledge to Solar Farm Construction

Sun, 18 Sep 2022 00:22:00 GMT

Large construction projects often require experienced environmental personnel to support project teams, maintain compliance and manage environmental risks throughout construction. However, recruiting and retaining suitably experienced environmental professionals can be challenging, particularly for regional projects and rapidly expanding project teams.

Dynamic Environmental Services provided environmental support during the construction of utility-scale solar farm developments in regional Queensland. Working closely with project owners, contractors and site personnel, our environmental professionals assisted with compliance management, environmental inspections, stakeholder engagement and the day-to-day environmental challenges associated with large-scale construction projects.

In addition to providing onsite environmental support, our team acted as a critical link between project owners, contractors, regulators, landholders and the local community, helping ensure environmental obligations were understood and effectively implemented throughout construction.

Our services included:

Environmental inspections and monitoring
Environmental compliance management
Review of compliance against Development Approval conditions
Contractor environmental management
Environmental audits
Investigation and management of environmental issues
Land management advice relating to erosion, weeds and pest management
Stakeholder, landholder and community engagement
Environmental reporting and project support
Coordination of specialist contractors

Unlike traditional labour hire arrangements, our personnel were supported by senior environmental professionals throughout the project. This provided the client with access to additional technical expertise, strategic advice and project management experience whenever required, ensuring complex issues could be addressed quickly and effectively.

Our local knowledge, combined with practical construction experience and ongoing Principal-level support, allowed us to develop solutions that were both compliant and practical for implementation in the field. This helped project teams manage environmental risks while maintaining positive relationships with regulators, landholders and the surrounding community.

Outcomes

No compliance action
Ongoing compliance with project approval requirements
Positive relationships maintained with local stakeholders
Access to senior environmental expertise without the need for additional permanent personnel

Environmental Monitoring and Management for a Regulated Waste Facility

Thu, 18 Aug 2022 00:21:59 GMT

Waste management facilities that accept regulated wastes require robust environmental monitoring and management systems to ensure compliance, protect environmental values and identify potential issues before they become significant risks.

Dynamic Environmental Services supported the ongoing environmental management of a regulated waste facility accepting a range of waste streams, including PFAS-impacted materials and liquid wastes. The project required the development of practical and defensible environmental monitoring and management systems capable of supporting both operational decision-making and regulatory compliance.

Our role involved reviewing historical monitoring data, assessing site-specific risks and developing a tailored monitoring and management framework aligned with the site's operations, Environmental Authority requirements and contaminants of concern.

Our services included:

Review of historical environmental monitoring data
Assessment of Environmental Authority requirements
Development of Environmental Monitoring and Management Plans
Review and optimisation of monitoring programs
Identification of site-specific contaminants of concern
Groundwater monitoring and sampling
Surface water and receiving environment monitoring
Landfill gas monitoring
Leachate and received wastewater monitoring
Quarterly monitoring and reporting
Trend analysis and interpretation of monitoring results
Environmental compliance advice and support
Development of practical management recommendations

A key objective of the project was ensuring that monitoring activities generated meaningful information rather than simply collecting data to satisfy compliance requirements. Monitoring locations, analytes and reporting processes were constantly reviewed to improve the site's ability to identify emerging issues, understand environmental trends and support proactive environmental management.

The project also required consideration of long-term environmental liabilities, operational requirements, regulatory expectations and financial assurance obligations. By integrating monitoring, management planning and data interpretation, we helped provide a clearer understanding of environmental risks and a more effective framework for ongoing site management.

Outcomes

Improved environmental monitoring and management framework
Monitoring programs aligned with site-specific risks and contaminants of concern
Development and maintenance of a comprehensive environmental monitoring database
Improved ability to identify and respond to emerging environmental trends
Ongoing compliance with Environmental Authority requirements
Practical environmental management recommendations to support ongoing operations

dynamic-environmental-services

Unauthorised Waste ERA Environmental Enforcement Order Technical & Regulatory Support

Development of Biodiversity & Land Stewardship Framework

Development of In-Stream Erosion and Sediment Controls for Works in Major Waterway

Using Soil Science to Improve Rehabilitation Outcomes on a Solar Farm Project

Coordinating Environmental Compliance During Transmission Line Construction

Managing Environmental Challenges During Wind Farm Construction

Independent Compliance Audit for End of Waste Approval

Building ESC Capability Across Linear Infrastructure Construction Teams

Advancing Industry Knowledge: Bridging the Gap Between Design, Construction and Environmental Performance

Rapid Environmental Incident Response at a Remote Renewable Energy Facility

Managing Legacy Contaminated Land Liabilities Across a Large Active Industrial Operation

Project Managing the Planning and Approvals of a Regional Waste Management Facility

Practical Erosion and Sediment Control for Linear Infrastructure Projects

Balancing Landholder Expectations, Site Constraints and Rehabilitation Objectives on a Wind Farm Project

Development of a Bespoke Rehabilitation Strategy

Small Changes, Big Risk: Why Your EA Doesn’t Cover Everything Under an ERA

Holding an ERA Doesn’t Mean You Can Do Everything Within It

Handling Excess Soil from Excavation and Hydroexcavation

When is it a resource? When is it a waste? And what do you actually need to do? ﻿

How to get the most out of dressage lessons

Groundwater Monitoring - Does compliance with your Environmental Authority mean you have met your General Environmental Duty?

Can you always legally clear Category X (White) Vegetation?

Subsurface Challenges: How Renewables Projects in Queensland Fail to Identify Dispersive Soils in Planning and Initial Stages, and the Subsequent Consequences

The many definitions of 'weed'

What is a weed?

Australian Standard 1940

Common mistakes with AS 1940 Compliance

Development Approval Support - Green Hydrogen

NRM Engagement and Project Delivery

Providing Environmental Expertise and Local Knowledge to Solar Farm Construction

Environmental Monitoring and Management for a Regulated Waste Facility

When is it a resource? When is it a waste? And what do you actually need to do?