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Industrial Applications
Sogeco Fluid Handling solutions operate across strategic sectors including large-scale copper mining, power generation, pulp and paper, oil and gas, and other critical process industries.
Description
More Products & Services
Products & Services
Screw Pumps
Sociedad General de Comercio S.A. (Sogeco S.A.)
Sogeco Fluid Handling supplies two- and three-screw pumps designed for continuous operation in critical industrial applications. These solutions enable the efficient and safe handling of fluids such as fuel oil, bunker oil, diesel, crude oil, lubricating oils, and other fluids across a wide viscosity range. The represented pumps are recognized for stable flow, low pulsation, and high operational reliability, and are widely used in mining, power generation, and demanding industrial processes. Sogeco provides specialized technical support for equipment selection, sizing, and system integration, ensuring consistent performance and safe operation under severe conditions.
Specialized Technical Service
Sociedad General de Comercio S.A. (Sogeco S.A.)
Sogeco Fluid Handling operates the only Authorized IMO Pump Service Center in Chile, supported by factory-trained technicians with proven field experience. Services include oleohydraulic technical evaluations, on-site diagnostics, custom engineering, equipment installation, and commissioning. Technical operations are focused on maintaining operational continuity, reducing unplanned downtime, and optimizing pumping system performance. Sogeco provides direct support at mining sites and industrial facilities nationwide, in accordance with technical standards required by manufacturers and operators.
People
Description
Sogeco Fluid Handling solutions operate across strategic sectors including large-scale copper mining, power generation, pulp and paper, oil and gas, and other critical process industries. Supplied systems are used in applications where reliability, precision, and safety are essential to operations. Each solution is evaluated based on fluid characteristics, operating conditions, and process requirements, enabling the implementation of technically appropriate configurations for each application. This approach supports maximum equipment availability, optimized maintenance costs, and extended asset service life.
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