Mine closure & pit dewatering systems
An effective water management strategy is critical for mine closure in order to reduce their wastewater liabilities. Our evaporation technology has been utilised across sites all over Australia to successfully manage and reduce harmful acid water in all types of closure of mines, pits and legacy mine closures. Minetek’s automated and mobile technology also enables the remote management of processes in water quality analysis, even when there is limited staff on site. Our unmatched evaporator efficiency has enabled the acceleration of closure of mines; shortening timelines, reducing costs, and further mitigating wastewater management risks—all while ensuring compliance with relevant regulatory requirements.
Risparmio sui costi
Riduzione significativa dei costi operativi grazie alla minimizzazione della necessità di smaltimento fuori sede e dei costi di trattamento delle acque.
Responsabilità ambientale
Riducete al minimo l'impatto ambientale eliminando i tradizionali metodi di smaltimento dei rifiuti liquidi e riducendo il rischio di accumulo di acqua in eccesso.
Soluzione mobile e scalabile
I nostri sistemi sono in grado di adattarsi all'evoluzione delle esigenze delle vostre attività nel settore petrolifero e del gas, garantendo la loro efficacia anche in caso di crescita.
Conformità normativa
Minetek vi aiuta a navigare e a superare le severe normative ambientali, garantendo che le vostre attività rimangano conformi.
Reduce legacy pit water levels
Minetek’s evaporation technology is a cost-effective standalone solution to reducing the water levels of legacy pits. Our units can process varying water qualities, including solids up to 4.0mm in diameter and caustic with a pH level ranging from 1.8 to 14+. With fully automated operation, our units can monitor and respond in real-time to changes in environmental conditions. Minetek’s self-sufficient evaporator skid systems are mobile for easy relocation, helping to minimise the environmental impact of mining whilst providing sustainable water management for a brighter future.