Water and Waste Solutions

Thermodyne provides water and waste management systems to private and public sector customers, helping them to manage water and waste in order to capture economic and social benefits, reduce costs, and reduce risk.

Solutions for Water and Waste Treatment Plants

Treating wastewater for reuse has become an accepted and reliable technical solution to address water scarcity problems around the world. Also, The discharge of untreated or inadequately handled wastewater into the natural environment causes pollution that is harmful to biodiversity and water resources. This is why, in order to preserve environmental health and water supplies, wastewater must be treated and encouraged to be reused.

As an industry leader in system engineering, Thermodyne provides wastewater treatment solutions that are adapted to local conditions, meet health standards and protect water resources and biodiversity in keeping with the regulations applying to the environment and public health.

Our energy-efficient solutions for industry can treat wastewater to a quality suitable for reuse in power generation, boiler feeds, cooling systems, and many more.

Benefits to Water and Waste Treatment

  • Sludge treatment

  • Aerobic biological treatment

  • Disinfection

  • Waste to Energy

  • Physico-chemical treatment

  • Wastewater use

How Recycling Waste Water benefit your Cooperation

Thermodyne lets you reduce the environmental impact of water and waste sources. By optimising water reuse, converting waste into value, and mitigating energy use and waste. We are dedicated to delivering innovative and cost-effective water reuse options to customers all over the world. Contact our experts to explore the specifics of your proposal and how our water reuse strategies will help you achieve your objectives.


  • Minimize water consumption by reusing treated wastewater

  • Minimize waste for disposal

  • Reduce disposal and energy costs

  • Reduce environmental footprint

  • Eliminate the need to develop a new water resource

  • Cost-efficient production