integrated compact system, water dosing, water treatment

Wastewater Treatment Plants
with MBBR Technology

CLARVI designs, manufactures, and installs wastewater treatment plants using MBBR (Moving Bed Biofilm Reactor) technology—a highly efficient biological solution for treating industrial and municipal effluents. Our systems are modular and scalable, with capacities ranging from 10 m³ per day to 4 liters per second, adapting to the specific needs of each project.

Advantages of CLARVI’s MBBR technology

Superior efficiency: processes optimized through rigorous pilot tests that ensure system performance prior to implementation.

Compact design: maximum performance in the smallest possible space, ideal for installations with limited space.

Automation: intelligent systems with state-of-the-art control panels for efficient, monitored operation.

Modularity and versatility: designs tailored to each industrial or municipal project, featuring scalable systems that grow with demand.

Sustainability: We ensure the proper disposal of biosolids in compliance with current environmental regulations.

Regulatory compliance

CLARVI’s wastewater treatment plants comply with current SEMARNAT (Secretariat of Environment and Natural Resources) standards—including NOM-001, NOM-002, NOM-003, and NOM-004 regarding biosolids management—ensuring that treated water meets maximum permissible limits for discharge or reuse.

Complementary wastewater solutions

In addition to MBBR plants, CLARVI offers extended aeration biological plants, membrane bioreactors, physicochemical systems for soapy and industrial wastewater, odor control, online analysis and measurement of multiple parameters, and bacterial products and microorganisms to degrade contaminants present in wastewater discharges.

1. Wastewater Treatment Plants

  • Extended aeration biological plants
  • Membrane biological reactor
  • Physicochemical systems for soapy water, industrial water, and other applications
  • Odor Control

2. Online Analysis, Measurement, and Control of Multiple Parameters
3. Bacterial products and microorganisms to degrade different types of contaminants present in wastewater discharges

WATER TREATMENT PROJECTS