Water Reuse Beyond Municipal Applications: Biogas, Mining, Petroleum, and Industrial RecoveryThe global water industry is gradually changing its...

Water Reuse Beyond Municipal Applications: Biogas, Mining, Petroleum, and Industrial Recovery
The global water industry is gradually changing its paradigm — moving from “treat and discharge” to maximum water recovery and resource management. While water reuse was once mainly a topic for municipal treatment plants, today more and more industrial sectors view it as a strategic necessity.
Key industries where water reuse is becoming critically important:
1. Biogas Complexes
High concentrations of phosphates, organics, and microbiological contamination make water recirculation technically challenging. At the same time, wastewater volumes are significant and the requirements for reuse quality are high.
2. Mining Industry
Particularly difficult are waters containing naturally occurring radioactive materials (NORM), heavy metals, and suspended solids. Effective water reuse here can dramatically reduce freshwater intake and lower environmental risks.
3. Oil & Gas Industry
Petroleum-contaminated water after primary treatment often requires deep decontamination before reuse or discharge. Traditional approaches are expensive and energy-intensive.
4. Industrial Enterprises (chemical, metallurgy, manufacturing)
There is strong demand for solutions that allow a large portion of process water to be returned to the cycle with minimal cost.
What unites these different sectors?
In all cases, companies are looking not just for “another treatment technology,” but for flexible platform solutions that can handle multiple types of contamination and adapt to specific site conditions.
Such platforms make it possible to:

Significantly reduce freshwater consumption;
Decrease the volume of concentrates and waste;
Lower both capital and operating costs;
Improve the overall environmental performance of production.

The AQUATES™ platform was developed with this new reality in mind. It has demonstrated results on petroleum-contaminated water, municipal wastewater, waters with elevated radiological parameters, and high phosphate levels — all within a single physico-chemical process management approach.
The next logical step is international validation of such platform solutions at real industrial sites across different sectors. Successful reference projects will allow the industry to move from pilot testing to broader adoption of more efficient approaches to industrial water reuse.