ACHIEVING COMPLIANCE

POWER GENERATION

Total Water Management Solutions For The Power Generation Sector

As the world shifts away from coal-fired power stations to focus on gas-based solutions, the requirement to remediate ash pond water storage infrastructure is growing. Led by new guidelines from the United States Environmental Protection Agency (EPA), power utility owners are now aiming to remediate coal ash basins with dewatering and stabilisation of wet ash the priority

MINETEK WATER has developed cost-effective land and water based evaporation solutions, capable of efficiently disposing of coal ash pond water and remove Coal Combustion Residuals (CCR) in the process

With increasing requirements to sustainably manage excess water discharge and meet strict environmental guidelines and regulatory compliance, our MINETEK WATER team is expertly placed to partner with power generation clients to design, manufacture and implement a solution to meet your specific needs

OUR CAPABILITIES

ASH POND DEWATERING

Discover our cost-effective evaporation solutions to support the sustainable, regulatory compliant management of ash pond pond water

EMERGENCY RESPONSE

Rely on MINETEK’s water evaporation experience to reduce the impacts and expedite recovery from unplanned water management incidents.

TOTAL SITE WATER BALANCE MANAGEMENT

MINETEK offers a broad range of products and services to help industrial leaders achieve total site water balance management; from short-term emergency response through to long-term sustainability focused initiatives.

ZERO LIQUID DISCHARGE (ZLD)

As stakeholder and community expectations grow in regard to environmental sustainability, so have restrictions around the release of contaminated waters into mine surrounds. Explore MINETEK’s capabilities in assisting mine sites to achieve Zero Liquid Discharge (ZLD).

WASTEWATER TREATMENT SOLUTIONS

Mine water (or mining wastewater) refers to the ground water that is extracted from mining activities. Mining wastewater not only contains heavy metal and mineral, but also is toxic because of mining process. This wastewater needs to be treated before discharged back to nature or underground water mining on mining sites.

Salt water disposal

Brine is formed in the mining process when brackish groundwater comes into contact with either surface water or sea water. The result is a highly saline by-product which cannot be released back into the environment due to high levels of contaminants and Total Dissolvable Solids (TDS).

FLUE GAS DESULFURIZATION (FGD) WASTE WATER

MINETEK can assist with the treatment of Flue Gas Desulfurization (FGD)
wastewater often generated by wet scrubbers; high in contaminants,
pollutants and trace metals.

MINE WATER MANAGEMENT