Water distribution and sewer systems
Whether it’s for maintaining your assets or designing new infrastructure, our team has the expertise to guide you toward the success of your projects.
gbi’s impact on our collective landscape
Having contributed to a wide range of projects, gbi specializes in designing sustainable and optimized infrastructure tailored to diverse project needs.
Our civil engineering expertise enables us to develop efficient water and sewer networks, both for new construction and the rehabilitation of existing infrastructure.
From hydraulic analysis to network modeling, right-of-way planning, pipe sizing, and coordination with other disciplines, we provide comprehensive support at every stage of the project. Our designs aim to ensure system resilience, facilitate long-term maintenance, and minimize impacts on the environment and users.
Complete Solutions for Your Projects
Our water network services cover the entire cycle of design, optimization, and rehabilitation of pipelines. Our team is well-versed in municipal hydraulics principles and delivers solutions tailored to the specific needs of each area. Through network modeling and simulation, we ensure precise designs, optimal potable water distribution, and efficient pipe sizing.
Our interventions aim to secure water supply, prevent losses, maintain adequate pressure, and extend infrastructure lifespan. Whether for a development project or replacement work, we focus on durable, reliable, and high-performing solutions.
We design and optimize sanitary, storm, and combined sewer networks according to the realities of each territory. Our approach targets efficient wastewater and stormwater management while minimizing the risks of overloading and environmental impacts. We work on planning new infrastructure, rehabilitating aging networks, and separating existing networks, always with regulatory compliance in mind.
Our expertise also includes managing overflows and surcharges, providing tailored solutions to reduce untreated discharges during heavy rainfall. Through rigorous design and hydraulic simulation tools, we help ensure the resilience, durability, and performance of municipal systems.
