Proven Performance
Across Industries
From seawater desalination to pharmaceutical-grade water systems, our installations deliver reliable performance in the world's most demanding environments.
Case Studies
Rameda pharmaceutical factory
Challenge
Rameda - wastewater treatment and reuse
Solution
1) Advanced Biological Treatment Removes organic pollutants and pharmaceutical residues. Commonly uses: Activated Sludge Systems, or MBR (Membrane Bioreactor) MBR is widely used because it: Combines biological treatment with membrane filtration Produces high-quality effluent suitable for reuse ➕ Ozone Treatment (Advanced Oxidation Step) Ozone (O₃) is used as a powerful oxidizing agent. Effectively removes: Residual pharmaceutical compounds Micropollutants that are hard to biodegrade Color and odor Key benefits: Breaks down complex chemical molecules Improves biodegradability of wastewater Enhances overall water quality before or after membrane systems
Results
Technologies
Key Specifications
Rameda pharmaceutical factory
Challenge
Rameda - wastewater treatment and reuse
Solution
1) Advanced Biological Treatment Removes organic pollutants and pharmaceutical residues. Commonly uses: Activated Sludge Systems, or MBR (Membrane Bioreactor) MBR is widely used because it: Combines biological treatment with membrane filtration Produces high-quality effluent suitable for reuse ➕ Ozone Treatment (Advanced Oxidation Step) Ozone (O₃) is used as a powerful oxidizing agent. Effectively removes: Residual pharmaceutical compounds Micropollutants that are hard to biodegrade Color and odor Key benefits: Breaks down complex chemical molecules Improves biodegradability of wastewater Enhances overall water quality before or after membrane systems
Results
Technologies
Key Specifications
Rameda pharmaceutical factory
Challenge
Rameda - wastewater treatment and reuse
Solution
1) Advanced Biological Treatment Removes organic pollutants and pharmaceutical residues. Commonly uses: Activated Sludge Systems, or MBR (Membrane Bioreactor) MBR is widely used because it: Combines biological treatment with membrane filtration Produces high-quality effluent suitable for reuse ➕ Ozone Treatment (Advanced Oxidation Step) Ozone (O₃) is used as a powerful oxidizing agent. Effectively removes: Residual pharmaceutical compounds Micropollutants that are hard to biodegrade Color and odor Key benefits: Breaks down complex chemical molecules Improves biodegradability of wastewater Enhances overall water quality before or after membrane systems
Results
Technologies
Key Specifications
Experience Across Sectors
Oil & Gas
120+ projects
Pharmaceuticals
45+ projects
Food & Beverage
80+ projects
Power Generation
35+ projects
Mining
25+ projects
Municipal
150+ projects
Ready to Discuss Your Water Treatment Project?
Our engineering team will assess your requirements and design a system tailored to your capacity, water quality, and operational needs.