This project involved the design, fabrication, assembly, and commissioning of a wastewater treatment plant (WWTP) for a major aerospace manufacturing complex in the city of Tijuana, B.C. The main challenge lay in treating a heterogeneous flow consisting of combined sanitary wastewater and process effluents containing high concentrations of heavy metals, synthetic oils, and residues from chemical washing operations.
The implemented solution incorporates a rigorous preliminary physicochemical treatment system followed by a continuous MBBR biological system. Thanks to this comprehensive approach, the plant operates at optimal efficiency, discharging water that far exceeds Mexican environmental regulations and enabling significant water reuse in cooling towers and secondary services.
Nuevo León
Sonora
Planta Automotriz
Querétaro
Guadalajara
Baja California
Comprehensive real-time monitoring of parameters using a telemetry system and automatic operational alarms.
Microbial inactivation using ultraviolet light without the addition of residual chemicals.
Effective removal of suspended solids and turbidity using beds of gravel, sand, and anthracite.
Effective removal of fats, emulsified oils, and suspended solids using microbubbles of dissolved air.
Precise, proportional dosing of coagulants, flocculants, and pH regulators to optimize precipitation.
Client: Automotive | Conceptual and Detailed Engineering
Client: Sierra Aluminum | Softened water, 35 gpm reverse osmosis, and cell drainage
Client: Medtronic | 40 gpm, USP, FDA, and COFEPRIS approved
“A key partner for compliance with CONAGUA. Their guidance during the transition to NOM-001-SEMARNAT was impeccable and professional at all times.”
Our team of specialist engineers is ready to evaluate your plant’s effluent, design a customized project, and ensure full compliance with current federal regulations.
