We carry out energy audits for industrial boilers and auxiliary equipment, with the objective of identifying improvement opportunities in energy efficiency, fuel consumption and thermal performance. Through detailed analysis we determine the current performance of the installation and propose measures to optimize operation and reduce energy costs.
Parameters analyzed include pressure, performance, combustion, flue gas temperature, heat losses due to radiation and the general condition of the equipment.
Analysis of the installation environment, pressures, temperature, purge systems, heat losses and the overall efficiency of the entire circuit.
Inspection of accumulators, feedwater tanks, structural integrity, insulation and operation in accordance with current regulations.
Verification of performance, fouling, thermal losses and potential energy recovery.
Measurement of gases, draft, exhaust temperature and chimney losses that affect overall consumption.
Inspection of elements that influence overall efficiency: pumps, valves, economizers, control systems, etc.
Through a detailed analysis of the entire steam cycle, combustion, flue gases, condensate systems and auxiliary equipment, we identify energy losses and real optimization opportunities that have a direct impact on operating costs.
Analysis of excess air, burner modulation and combustion efficiency.
Monitoring of system stability and detection of deviations in operating parameters.
Evaluation of residual heat from flue gases and opportunities to reduce energy losses.
Study of condensate recovery systems to improve the overall efficiency of the thermal cycle.
Possibility of incorporating economizers, preheaters or other energy recovery systems.
Analysis of the impact of auxiliary equipment on the overall performance of the thermal system.
Inspection of the installation, operating parameters and system documentation.
Evaluation of energy performance and identification of improvement opportunities.
Review in compliance with current regulations on plant efficiency, emissions, and pressure equipment.
Presentation of results and recommendations to optimize energy efficiency.