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ENGINEERING PROJECTS FOR WATER TREATMENT, WASTEWATER TREATMENT, AND WATER REUSE
A well-structured engineering design is the difference between a treatment plant that operates efficiently for decades and one that is constantly plagued by operational issues. At GIGWATER, we develop comprehensive designs, from concept to detailed engineering, including process modeling, hydraulic simulations, and rigorous equipment specifications.
We serve industries, utilities, and projects nationwide, delivering water and wastewater treatment projects that combine process, mechanical, and electrical engineering, automation, and integration with supervisory control systems (SCADA/IoT). Our modular and plug-and-play solutions reduce implementation timelines and ensure rapid startup.
A well-designed project is not expensive; it pays for itself by preventing rework, waste of materials, and unscheduled downtime over decades of operation.
TECHNICAL ADVANTAGES OF GIGWATER'S
PROJECT ENGINEERING
INTEGRATED MULTIDISCIPLINARY PROJECTS
PROCESS MODELING AND SIMULATION
MODULAR AND PLUG-AND-PLAY SOLUTIONS
INTEGRATION WITH SCADA AND IoT
COMPREHENSIVE TECHNICAL DOCUMENTATION
DETAILED HYDRAULIC AND MECHANICAL DESIGNS
A treatment system is, first and foremost, a hydraulic system. We calculate pressure drops, velocities, detention times, and pipe diameters to prevent hydraulic short-circuiting, sedimentation in pipes, and cavitation in pumps. Our construction detailing includes fabrication drawings for tanks, support structures, and interconnections.
GENERAL LAYOUT AND INDUSTRIAL PLANT LAYOUT
We deliver a general layout and plant layout optimized for process flow, operation, maintenance, and safety. We consider access points, sampling points, raw material storage areas, and sludge discharge points, everything that facilitates the operator’s daily work.
SUPPORT FOR ENVIRONMENTAL LICENSING AND TECHNICAL DOCUMENTATION
In addition to the designs, we offer support for environmental licensing, including the preparation of descriptive reports, flowcharts, water balances, and other documents required by agencies such as CETESB, OEMA, FEAM, INEA, among others.
PROCESS AND EQUIPMENT SIZING
We design physical-chemical and biological systems (activated sludge, UASB reactors, biofilters, among others) based on actual effluent characterization data and treatability tests. This includes:
EQUALIZATION TANKS, COAGULATION TANKS
DEFINITION OF PRESSURE DROPS
SLUDGE DEWATERING SYSTEMS
WELECTRICAL PROJECTS, AUTOMATION
AND SCADA/IoT INTEGRATION
Our electrical engineering team designs panels, instrumentation networks, HMIs, and supervision systems. We integrate everything into SCADA and IoT platforms, enabling:
REMOTE PARAMETER MONITORING
DATA HISTORY FOR REPORTS
MODULAR AND PLUG-AND-PLAY SOLUTIONS
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