Demineralization of industrial wastewater

Optimize and secure the quality of your demineralized water with Ovive’s expertise

Ensure a demineralization stage that meets your process, environmental and health compliance requirements. Discover Ovive solutions, tailored to your needs.

Industrial water treatment by demineralization: an efficient industrial tool

Industrial water treatment by demineralization is an advanced purification method essential for obtaining water free of dissolved minerals, ions and impurities, thanks to sophisticated techniques such as filtration, softening, electrodeionization (EDI) and reverse osmosis. This process can also involve the use of ion exchange resins, which capture and eliminate unwanted ions, before being regenerated for reuse, ensuring high-purity water ideal for many industrial applications.

Operational benefits

Demineralization of industrial water offers significant benefits, not least by improving water quality, which is essential for certain industrial operations or thermal equipment that require water free from mineral contamination. This preventive purification protects equipment from damage caused by mineral deposits, extending its service life and reducing maintenance costs, making it a profitable long-term investment for companies.

Compliance with environmental standards

In addition to these operational benefits, demineralized water treatment helps companies to meet increasingly stringent environmental and health standards. The discharge of treated and purified water considerably reduces the ecological footprint of industrial activities, helping to protect aquatic ecosystems and conserve water resources. This responsible approach to water management underlines the importance of demineralization not only for industrial efficiency but also for sustainable development.

Environmental commitment

By adopting this technology, companies can demonstrate their commitment to environmental protection while optimizing their production processes, striking a balance between industrial progress and ecological responsibility. The demineralization process can also be used to recover valuable elements for reuse or recycling.

Water treatment by demineralization: an ally for reuse

Technological advances and increased demands in terms of environmental standards have made it essential to use high-quality water in industrial processes. Water treatment by demineralization meets this growing demand, offering an effective solution for industries seeking to optimize the management of their water resources while complying with strict quality standards. By integrating demineralization as part of Treated Wastewater Reuse (TWR), industries can not only achieve the required quality standards through advanced techniques such as reverse osmosis and the use of ion exchange resins, they can also increase water availability in areas facing water shortages. This method goes beyond mere compliance with standards, offering a valuable solution for improving the sustainability and efficiency of water use.

Demineralization process

The demineralization process, comprising filtration, ion exchange, electrodeionization, resin regeneration and decalcification, is designed to eliminate hardness and purify water, making it ideal for a variety of industrial applications. Technologies such as ion exchange resins, reverse osmosis or softening systems play a crucial role in iron removal, desalination or physico-chemical water treatment, eliminating unwanted ions and reducing conductivity to guarantee optimum water quality.

Reducing the ecological footprint

In addition, the adoption of demineralization systems contributes significantly to reducing the ecological footprint of industrial activities. The ability to purify and reuse wastewater reduces the need to draw on freshwater resources and decreases the volume of effluent discharged into the environment. This approach to sustainable water management is essential for the conservation of aquatic and terrestrial ecosystems, underlining the importance of demineralization not only to meet industrial needs but also to promote the protection and preservation of our planet.

Ovive’s expertise in water treatment by demineralization

Our water demineralization solutions are designed with the environment in mind. Ovive works daily to improve its systems in order to minimize the ecological footprint of its activities. Our treatment plants not only meet current standards, but also go beyond them by actively contributing to the preservation of our water resources. Every year, we return over 2 million cubic meters of treated water to nature, demonstrating our commitment to a greener, more sustainable world.

Technical expertise and cutting-edge technologies

Ovive is a leader in industrial water treatment thanks to its specialization in demineralization, bringing over two decades of technical expertise and a tailor-made approach to meet the specific requirements of each customer. The company provides state-of-the-art technologies, including reverse osmosis, nanofiltration, ultrafiltration, resin regeneration, softening and electrodeionization processes, to ensure optimum water quality for a wide range of industrial needs. This technical expertise is complemented by outstanding customer service, offering personalized support from initial assessment through to regular maintenance of installed systems, guaranteeing long-lasting, efficient performance.

Economic and environmental benefits

By working with Ovive, companies not only benefit from improved water quality and equipment protection, but also make significant savings. Reducing the costs associated with the use of drinking water, combined with improved equipment availability and efficiency, translates into significant economic benefits.

By choosing Ovive, companies commit to an environmentally-friendly approach while optimizing their profitability and regulatory compliance, illustrating the balance between ecological responsibility and economic success.

Case studies

SABAROT

Expanscience

Pharmaceutique Valorisation en méthanisation

Croc’frais

Agroalimentaire Valorisation en compostage

Délifrance

Boulangerie industrielle Valorisation en méthanisation

Copalis

Actifs naturels marins BRM + REUT (eau de chaudière)

Interspray

Cosmétique BRM + REUT

Charles et Alice

Fabrication de compote BRM + REUT

VEOLIA – Val’Pôle

Traitement des lixiviats Bioréacteur à Membranes

GUERLAIN

Cosmétique Expertise sur ancienne filière+ nouvelle station BRM

MELVITA

Cosmétique Bio Bioréacteur à Membranes

Canson

Papetterie Essais laboratoire + pilote terrain

Sofpo

Fabrication de carton ondulé Bioréacteur à Membranes

EDF

Production d’énergie Ultrafiltration

BOT FAO

Méthanisation BRM sur digestats liquides

IDEX