Traditional ion exchange water softeners often necessitate frequent regeneration, during which sodium and chloride are released into the environment. This discharge can lead to environmental degradation, pose health risks for individuals on sodium-restricted diets, cause corrosion in piping systems, and damage appliances.
Aquasolis Global offers an advanced reverse osmosis (RO) technology that provides a user-friendly, chemical-free solution for water softening. Unlike conventional methods that merely manage water hardness, our RO systems effectively remove sodium and other ions, ensuring superior water quality. Our technology is versatile, catering to applications ranging from small household appliances to large-scale commercial operations, making it the optimal choice for modern water treatment needs.
Treated wastewater effluent often contains dissolved salts that limit its reuse potential. Integrating Aquasolis Global's advanced reverse osmosis (RO) technology after Membrane Bioreactor (MBR) or Sequencing Batch Reactor (SBR) systems enables the effective reuse of this effluent across various applications, including cooling towers, boiler feedwater, and irrigation for landscaping and golf courses.
Key Benefits:
High Recovery Rates: Our RO systems can recover up to 90% of treated effluent, significantly enhancing water reuse efficiency.
Energy and Chemical Efficiency: Designed for minimal energy consumption and reduced chemical usage, our technology offers a cost-effective and environmentally friendly solution.
Minimal Pre-Treatment Requirements: Our systems operate efficiently with municipal wastewater effluent, requiring minimal pre-treatment, which simplifies integration into existing treatment processes.
By implementing Aquasolis Global's RO technology, industries and municipalities can transform treated wastewater into a valuable resource, promoting sustainable water management practices and reducing reliance on freshwater sources.
In industrial operations, cooling towers are essential for heat dissipation but require significant water and chemical inputs. As water evaporates in the cooling tower, natural salts like calcium, bicarbonate, chloride, and sulfate remain, leading to scaling and corrosion over time. Traditionally, chemicals are added to mitigate these effects.
Aquasolis Global's advanced reverse osmosis (RO) technology provides a game-changing solution by treating water before it enters the cooling tower. Our systems reduce incoming water salts by up to 80%, ensuring a more efficient and sustainable cooling process.
Benefits of Aquasolis Global RO Technology:
Pre-Treatment Efficiency: By placing the RO system before the cooling tower, the incoming water is purified without altering the composition of recirculating water. This preserves the existing cooling tower setup while enhancing performance.
Increased Cycles of Concentration (COC): Reduced salts in the incoming water allow for higher COC, significantly lowering overall water usage and wastewater production.
Reduced Chemical Usage: With fewer salts, the need for scale and corrosion inhibitors decreases, reducing operational costs and environmental impact.
Scaling and Corrosion Mitigation: Our RO systems address existing scaling and corrosion issues by minimizing the potential of these problems in cooling tower water.
Seamless Integration: The system works alongside existing chemical treatment programs and cooling tower configurations without altering conductivity levels or operational settings.
By adopting Aquasolis Global’s RO technology for cooling towers, industries can achieve efficient water management, lower costs, and reduced environmental impact, all while maintaining optimal cooling performance.