News
Water and other resources in the age of artificial intelligence
Industrial resource consumption is not a new bone of contention, and progress has always had its downsides. The question is
About Mercury
Mercury (Hg) is a silvery white metal distinguished by its unique status as the only metal that remains liquid at
Employee story: Tanja’s new beginning
In 2025, EPSE welcomed three new professionals from different parts of Finland and with completely different backgrounds. One of the
CC: Saana Halinen, Finnish Ambassador to Zambia
Her Excellency Saana Halinen, Finnish Ambassador to Zambia, visited EPSE in August. Ambassador Halinen has been in Zambia for three
Stay up to date with our latest news and developments!
Innovative EPSE™ Method works on up to 50 metals in one treatment
The EPSE™ Method is tested for 50 metals including nickel, arsenic, copper, uranium, chromium, zinc and many more. The treatment produces a metal-free overflow and an practically insoluble multi-metal precipitate. The cutting edge water treatment technology is not dependant on temperatures lowering your company’s energy costs.
Read more of the operating principle and the advantages of the EPSE™ Method here.
Tackling metal contamination in industry
Industrial processes often release heavy metals into wastewater, posing serious risks to human health and the environment. These contaminants are toxic, persistent, and difficult to efficiently remove with conventional methods. Reliable water treatment is essential to meet regulatory standards and enable safe water reuse.
Critical aspects to which we are committed
- Compliance with environmental regulations – water must meet all applicable local, national, and international environmental standards and permit conditions
- Protection of receiving ecosystems – the effluent must not harm aquatic life or disrupt ecological balance
- Continuous monitoring and transparency – discharge must be continuously monitored to ensure compliance, accountability, and early detection of deviations