Throughout its history, CIGAP has always been closely associated with pumping water. For more than 25 years, CIGAP has been at the forefront of all the important technological advances in water pumping and faces many of the challenges in this field. Today, CIGAP offers the world's most comprehensive range of pumps and pumping systems for water, as well as a comprehensive program of assistance and related technical services. CIGAP is the driving force of the market in the field of industrial pumps. No other company in its class has the breadth or depth of expertise in successful applications of pre-engineered, special purpose pumps. A pump characterized by: flow and pressure. - The operating flow in m ^ 3 / h or I / s; it is imposed by the need in flow of its material to the plot

- The pressure requirement to bring water from point A to point B. it is expressed by the total head (HMT) HMT = the difference in level between the water resource and the plot expressed in meters, + the pressure required to operate the equipment expressed in meters Pump Design: CIGAP offers a wide range of complementary pump types, manufactured to meet international standards and customer specifications. Dynamic Technologies: Few companies can compare their capabilities in hydraulic and mechanical design or their knowledge of materials science to those of CIGAP. These functions include:
• Simulation of fluid dynamics
• The visualization of the flow
• The study of cavitations
• Optimization of returns
• Finite element analysis
• Rapid prototyping
• Integrated alloy foundries
• Treatment and manufacture of non-metallic materials

Transporting water from its source to treatment or distribution stations requires reliable, high-flow pumps. The performance of CIGAP's pumping devices has a long history in these vital applications. The pumps usually marketed by CIGAP offer significant heights and heights. These extremely robust and reliable machines are the benchmark for economic performance and profitability in an industry where these factors are critical.