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Helping you manage closure risk

Ecocene assists clients in developing regulatory-compliant Mine Closure Plans that are practical, achievable and cost-effective, tailored to address site-specific closure challenges. With extensive expertise in mine site rehabilitation, regulatory frameworks and advanced monitoring technologies, we provide comprehensive guidance throughout the entire closure journey – from initial planning through implementation to successful rehabilitation outcomes.

Our mine closure services

Our team has extensive experience developing and implementing closure plans that meet regulatory requirements for mine-life operations. Our expertise ensures closure strategies align with client objectives while delivering long-term environmental and compliance outcomes.

Minesite rehabilitation plans

We develop comprehensive, site-specific rehabilitation strategies that integrate regulatory requirements, stakeholder expectations and local conditions to create practical pathways for returning mined lands to stable, self-sustaining ecosystems consistent with end land use.

We develop comprehensive, site-specific rehabilitation strategies that integrate regulatory requirements, stakeholder expectations and local conditions to create practical pathways for returning mined lands to stable, self-sustaining ecosystems consistent with end land use.

Weed management programs

Our specialists develop and execute strategic weed control programs based on species ecology and site conditions, implementing targeted interventions that reduce invasive species impacts while supporting native vegetation recovery and ecosystem resilience.

Our specialists develop and execute strategic weed control programs based on species ecology and site conditions, implementing targeted interventions that reduce invasive species impacts while supporting native vegetation recovery and ecosystem resilience.

Satellite, aerial and UAV data acquisition

Our team utilises multi-scale remote sensing approaches to capture high-resolution imagery and spatial data across rehabilitation areas, providing cost-effective coverage of large or inaccessible sites while establishing valuable baseline and monitoring datasets.

Our team utilises multi-scale remote sensing approaches to capture high-resolution imagery and spatial data across rehabilitation areas, providing cost-effective coverage of large or inaccessible sites while establishing valuable baseline and monitoring datasets.

Rehabilitation performance monitoring

We implement integrated monitoring programs that combine field assessments with advanced remote sensing analysis, delivering quantitative evaluation of rehabilitation progress against completion criteria while identifying areas requiring adaptive management.

We implement integrated monitoring programs that combine field assessments with advanced remote sensing analysis, delivering quantitative evaluation of rehabilitation progress against completion criteria while identifying areas requiring adaptive management.

Plant physiology investigations

Our specialists conduct targeted research into plant performance under rehabilitation conditions, analysing stress responses, water relations and nutrient dynamics to identify limiting factors and optimise species selection and establishment techniques.

Our specialists conduct targeted research into plant performance under rehabilitation conditions, analysing stress responses, water relations and nutrient dynamics to identify limiting factors and optimise species selection and establishment techniques.

Our partners

Accelerate your mine closure with proven expertise

Leverage our specialised knowledge to develop practical, cost-effective closure solutions that satisfy regulations and create positive ecological outcomes.
Enquire now to start the process.

Your advantages

Ensure regulatory compliance

Data-driven planning and design

Cost-effective monitoring options

Get in touch

Ready to optimise your mine closure approach? Contact us to discover how our technical expertise and practical solutions can reduce closure risks while meeting regulatory requirements and biodiversity objectives.

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