Reverse Osmosis (RO) Systems: High-Efficiency Technology in Industrial Water Treatment
Reverse osmosis systems in various capacities for domestic, commercial and industrial use, removing up to 99% of harmful substances from your water.
In industrial facilities, process quality and equipment life are directly linked to the purity of the water used. Where it matters most, reverse osmosis (RO) systems are among the most effective and reliable treatment solutions.
aquaDESTECH, with its sector experience and engineering strength, designs and commissions reverse osmosis (RO) systems tailored to the needs of industrial facilities.
Reverse osmosis technology treats water through semi-permeable membranes under high pressure, removing 99% of dissolved salts, minerals, heavy metals, bacteria and other harmful substances.
Why aquaDESTECH Reverse Osmosis Systems?
High Treatment Efficiency
Advanced RO membrane technologies effectively remove dissolved solids, microorganisms and chemical contaminants.
Energy Savings and Recovery
Our low-pressure, high-efficiency system configurations reduce energy consumption, while recovery systems minimise operating costs.
Automation and Easy Monitoring
With SCADA-supported automation, all RO processes can be monitored and optimised in real time.
Sector-Specific Solutions
We develop custom designs that meet the process requirements of sectors such as food, pharmaceuticals, textiles, chemicals and energy.
Durable Materials and Compact Design
Thanks to stainless steel frames, high-quality components and a modular structure, our systems last long and are easy to install in tight spaces.
What You Gain with aquaDESTECH RO Systems
Improved Process Quality: purified water ensures consistent quality standards in production processes and raises product quality.
Equipment Protection and Long Life: preventing scale formation in boilers, heat exchangers and production lines extends equipment life.
Regulatory Compliance and Sustainability: discharge load is reduced and full compliance with environmental regulations is achieved. Recovery lowers the environmental footprint.
Low Operating Cost: thanks to energy-efficient design and low maintenance needs, RO systems are inexpensive to operate.
Frequently Asked Questions
Reverse osmosis passes water through a semi-permeable membrane, removing 99% of dissolved salts, minerals, heavy metals, bacteria and viruses. This produces high-purity water that can be used as drinking water, process water or product water. In industrial plants in particular, the system plays a critical role in product quality and equipment life.
Reverse osmosis removes not only hardness but also salts, heavy metals and microorganisms.
Membrane life depends on many factors: feed water quality, the effectiveness of pre-treatment, operating conditions and hours of use. In general, RO membranes need replacing every 2 to 5 years. With good pre-treatment and regular maintenance, this period can be extended.
RO systems can be used in a very wide range of sectors: • Food and beverage: to improve product quality and hygiene • Chemicals and pharmaceuticals: for pure water required by formulations • Textiles: for pure water in dyeing and rinsing • Energy and boiler systems: to ensure boiler feed water quality • Metalworking and automotive: for pure water in surface treatment
No. In addition to salts, reverse osmosis systems also remove a wide variety of harmful substances to a high degree, such as: • Heavy metals (arsenic, lead, mercury) • Nitrate and nitrite • Bacteria and viruses • Pesticide residues • Organic pollutants • Hardness-forming minerals
Pre-treatment is essential to prevent membrane fouling and chemical damage. It usually includes: • Removal of suspended solids with a sand filter or cartridge filter • Iron and manganese removal with an iron-manganese filter • Removal of chlorine, organic matter and odours with an activated carbon filter • Antiscalant dosing to prevent scaling • pH adjustment Good pre-treatment significantly increases system efficiency and membrane life.
Reverse osmosis systems are generally suitable for mains water, well water, surface water and recovered process water. However, water with very high pollution or containing oil and solvent residues may require additional pre-treatment and system configuration. For very high-salinity water such as seawater, special SWRO (seawater RO) systems are required.
For a standard reverse osmosis system, once the site survey and design are complete: • Manufacturing time: 3–5 weeks • On-site installation and commissioning: 3–7 days In total, the system is operational within 1–2 months. Delivery time may vary depending on capacity.
Maintenance is quite simple and includes: • Periodic replacement of filter cartridges • Chemical cleaning (CIP – clean-in-place) • Remote performance monitoring via SCADA • Checks of inlet/outlet conductivity, pressure and flow At aquaDESTECH we create a maintenance plan specific to your system and, if you wish, provide remote technical support.
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