Our Work
ACG Revolutionizes Wastewater Treatment with Membrane Distillation Technology for Zero Liquid Discharge
This case study details how ACG is leading the charge in sustainable manufacturing practices in the pharmaceutical industry through its commitment to innovative solutions that reduce water consumption, conserve energy, and minimize waste.
Aquatech Delivers a Zero Liquid Discharge System for Flue Gas Desulfurization Wastewater at One of the World's Largest Coal-Fired Power Plants
Explore how Taean Thermal Power Station, the world's second-largest coal-fired power plant in South Korea, achieves zero liquid discharge (ZLD) with Aquatech's advanced wastewater treatment system.
Aquatech Delivers Comprehensive Wastewater Treatment Solution for Phase 1 of Leading Solar Photovoltaic Giga Factory
This case study details how Aquatech manages high-volume waste streams generated by a solar giga factory through four phases towards a planned total capacity of 20GW.
Aquatech Delivers Water Treatment to Texas Combined Cycle Power Plant
LS Power is the largest generation and transmission cooperative in Texas, responsible for generating and transporting wholesale electricity to its 16 cooperatives and 2 municipal systems. Experiencing significant growth in electric demand, LS Power decided to begin a major capital generation expansion program.
Aquatech Offers Reliable Ultrapure Water and Advanced ETP with ZLD to a Leading Solar Manufacturer
A leading Indian renewable energy technology company is setting-up a 1.78 GW TOPCon solar cells manufacturing facility to support clean energy goals. Located in a water-scarce region, the project required reliable high-purity process water and strict compliance with discharge norms.
Aquatech provides a Zero Liquid Discharge System for Mississippi Power's Plant Ratcliffe Integrated Gasification Combined Cycle Energy Project
Plant Ratcliffe, known as the Kemper County Energy Project, is located near DeKalb, Mississippi. It is one of the United States' few Integrated Gasification Combined Cycle (IGCC) projects, originally designed with a 582 MW capacity.