Dosatron, Water Treatment Dosing Pumps expert since 1974

Water Treatment Dosing Pumps, Discover the Dosatron WaterLine

Our water treatment non-electric dosing pumps have been specifically designed for the different applications in water treatment. 
They can be used in various applications to add precise amounts of chemicals or other additives to the water stream, ensuring the effective operation of the water treatment system. These applications include for example  chlorination, pH adjustment, anti-scale treatment, algae control, and corrosion control.

• Dosing pumps manage a very wide range of flow rates, from 10 l/h to 30 m 3 /h, as well as a wide range of injection rates;
• Precise, proportional and reliable dosing, regardless of flow and pressure variations, thanks to Dosatron's piston dosing technology;
• Various configurations and technical specifications ensuring excellent compatibility with the chemicals used and the different water qualities: Aflas (AF), Viton (VF), external injection, by-pass;
• Simple, robust and reliable design, designed to last;
• Easy to install, operate and maintain, within everyone's reach. Dosatron dosing pumps operate without electricity and are plug & play.

All our Water Line dosing pumps have been awarded the Solar Impulse label, which rewards clean and economically viable solutions.

Certified Drinking Water Treatment Dosing Pumps

Water Line dosing pumps are designed for drinking water treatment, i.e. they make water safe for human consumption, in particular through chlorination, in compliance with the regulatory objectives and standards in force.

Water safety is now a regulatory objective set by the United Nations as part of the Sustainable Development Goals. 
Goal 6, ensure access for all to water supply and sanitation services managed in a sustainable manner.

What is the ACS certification for Drinking Water Treatment Dosing Pumps and how important is it in the industry?

The ACS (Association Française de Normalisation) certification for Drinking Water Treatment Dosing Pumps is a recognition program established by the French Association for Standardization. The ACS certification is designed to certify that dosing pumps used in the treatment of drinking water meet specific standards for quality, safety, and performance, similar to the NSF certification.

The certification process involves rigorous testing of the product and its components, as well as a review of the manufacturer's quality control processes. The purpose of the ACS certification is to ensure that drinking water treatment systems are safe for human consumption and meet the standards set by the French Ministry of Health.

The ACS certification is important in the industry because it provides assurance to consumers that the dosing pumps they use in their drinking water treatment systems are safe and effective, and are manufactured to meet the French standards for quality, safety and performance. This helps to build consumer confidence in the product and the company, and can increase sales.

In addition, many state and local regulations in France and other countries in Europe may require the use of ACS certified dosing pumps in drinking water treatment systems. By obtaining the ACS certification, manufacturers can demonstrate that their products meet these regulations and are suitable for use in the European market.

In summary, the ACS certification for Drinking Water Treatment Dosing Pumps is a valuable asset for companies and consumers in France and Europe, as it demonstrates that the product meets rigorous standards for quality, safety, and performance, and helps to ensure that drinking water is safe for human consumption.

What is the NSF certification for Drinking Water Treatment Dosing Pumps and how important is it in the industry?

The NSF certification for Drinking Water Treatment Dosing Pumps is a recognition program created by the National Sanitation Foundation (NSF). It certifies that dosing pumps used in the treatment of drinking water meet specific standards for quality, safety, and performance.

The certification process involves rigorous testing of the product and its components, as well as a review of the manufacturer's quality control processes. The purpose of the NSF certification is to ensure that drinking water treatment systems are safe for human consumption and meet the standards set by the Environmental Protection Agency (EPA).

The NSF certification is important in the industry because it provides assurance to consumers that the dosing pumps they use in their drinking water treatment systems are safe and effective. This helps to build consumer confidence in the product and the company, and can increase sales.

In addition, many state and local regulations require the use of NSF certified dosing pumps in drinking water treatment systems. By obtaining the NSF certification, manufacturers can demonstrate that their products meet these regulations and are suitable for use in the market.

In summary, the NSF certification for Drinking Water Treatment Dosing Pumps is a valuable asset for companies and consumers, as it demonstrates that the product meets rigorous standards for quality, safety, and performance, and helps to ensure that drinking water is safe for human consumption.

Expert Water Treatment Dosing Pumps

Dosatron's Expert line of metering pumps are designed in PVDF and specifically configured to meet specific water treatment needs.

PVDF or polyvinylidene fluoride is a polymer whose essential properties include excellent resistance to chemical agents, very good resistance to aging and good mechanical properties.

• Dosing of acids for washing filter presses, screw presses, with hydrochloric acid type chemicals;
• Dosing of coagulants such as ferric chloride;
• Reinforced protection of the engine against aggressive acid chemistries.

In summary, by using PVDF, Dosatron can provide a durable and reliable product that can withstand the harsh chemical environments typically found in water treatment operations. This can help to ensure the longevity and efficiency of the dosing pump, as well as improve the overall performance of the water treatment system.