Audit of automated valves, pressure control, and mechanical predictive maintenance. We optimize fixed energy flows in industrial plants.
Request technical diagnosisMeasurable results in fluid engineering and pressure control.
Vibration and torque monitoring in actuators to detect wear before failure. Plants applying this approach report up to 30% fewer corrective interventions.
Setpoint adjustment in pressure reducing valves and smart trap diagnostics. Flow optimization reduces thermal losses between 15% and 20% in heavy manufacturing circuits.
Verification of control loops, hysteresis, and response times in pneumatic and electric actuators. A replicable protocol that complies with ISA standards and extends equipment life.
Training in valve selection, pipe diameters, and materials based on pressure and temperature. Avoids oversized purchases and reduces initial installation cost.
Flow analysis in compressed air and cooling water systems. Adjustments to control and bypass valves that stabilize base consumption without affecting production.
Heavy manufacturing companies optimizing their systems with our support.
“We reduced unplanned downtime by 22% after the automated valve audit. The predictive maintenance report allowed us to prioritize interventions without stopping the line.”
— Eng. Ricardo Mena, Northern Metallurgical Plant
“The equipment budgeting training helped us standardize purchases and reduce cost overruns by 15%. The practical approach was key for our engineering team.”
— Laura Castillo, Maintenance Manager, Procesos Térmicos S.A.
“We optimized steam flow across three plants using eplusvalve recommendations. Annual energy savings exceeded 18% without compromising production.”
— Carlos Vega, Director of Operations, Energía Industrial del Caribe
Services applied to heavy manufacturing plants, from diagnosis to optimization of pressure and flow systems.
Review of control loops, response times in pneumatic and electric actuators, calibration of smart positioners, and hysteresis analysis according to ISA standards.
Vibration monitoring, wear analysis on seats and gaskets, and torque measurement on control valves to anticipate failures without stopping production.
Audits of steam and compressed air networks, adjustment of setpoints in pressure reducing valves, and selection of smart traps to reduce thermal losses.
Clear answers on predictive maintenance, energy optimization, and automated valve auditing.