ETAP | Drinking Water Treatment Plant

Produce potable water safely, autonomously, and in compliance with regulations for your business.

The CCLM Drinking Water Treatment Plant (ETAP) transforms surface water, such as rivers, lakes, reservoirs, and dams, into water suitable for human consumption, using highly efficient physical-chemical processes, guaranteeing a continuous supply of drinking water, reducing operational risks, and providing greater water security for the enterprise.

Designed to serve industries, condominiums, subdivisions, communities, and developments that require their own water supply, the solution provides water security, reduces dependence on the utility company, and helps meet the potability standards established by Ordinance GM/MS No. 888/2021.

CCLM's Drinking Water Treatment Plant uses established physical-chemical processes to remove color, turbidity, suspended solids, and microorganisms present in raw water, delivering safe and reliable drinking water for human consumption.

Each potable water treatment plant is sized according to the quality of the intake water, the required flow rate, and the potability requirements of the project.

Technical Specifications

Available flow rates are: from 500 L/ha to 20,000 L/h (consult us for higher flow rates)

• Compact system
• Simple operation
• Low maintenance requirements
• High treatment efficiency
• Possibility of customization according to project requirements.

Applications: Industries, condominiums, housing developments, industrial districts, rural communities, settlements, villages and towns.

Developed for

meeting the challenges of

modern supply:

• Compliance with GM/MS Ordinance No. 888/2021: System developed to assist in meeting the potability standards required by current legislation.
• Compact and quick-to-deploy solution: Optimized structure that reduces the need for civil works and facilitates installation.
• High treatment efficiency: Excellent performance in removing color, turbidity, and suspended solids.
• Adaptability to intake conditions: Designed to operate with variations in water quality throughout the year.
• Simplified operation: Equipment that is easy to operate and maintain, reducing operating costs.

Testimony

"CCLM's Drinking Water Treatment Plant has brought more security and autonomy to our operation. Today we have access to high-quality drinking water, meet legal requirements, and have a simple system to operate. The technical support from the team also made all the difference during implementation."

— Industrial District Manager

7 advantages for your company:

1. High-quality and safe drinking water: Produce water suitable for human consumption using efficient and reliable treatment processes.
2. Greater autonomy in supply: Reduce dependence on the public network and ensure greater security in the water supply for your operation.
3. Compliance with legislation: Designed to assist in meeting the potability standards established by Ordinance GM/MS No. 888/2021.
4. Customized project: Each WTP (Water Treatment Plant) is sized according to the flow rate, water quality of the intake, and demand of the project.
5. Simple and automated operation: You can count on automation, PLC, sensors, and monitoring to facilitate daily operation.
6. Low operating costs: Projects optimized to reduce consumption of chemicals, energy, and maintenance.
7. Excellent return on investment: Producing your own water reduces supply costs and increases the water security of the project.

How do I know if I need a potable water treatment plant?

A potable water treatment plant is recommended for businesses that have access to surface water sources and need to produce water for human consumption or processes that require potable water, reducing dependence on public water supply.

How does ETAP work?

The process may include raw water intake, coagulation, flocculation, sedimentation, filtration, disinfection, storage, and distribution of treated water.

It can work integrated with pressurized activated carbon filters, ultrafiltration, reverse osmosis, UV disinfection, dosing pumps, and industrial automation.