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Equipment Performance Studies

Waste Heat Recovery Efficiency & Performance

The studies involve measuring electrical parameters for the motor at no load and normal load operation as well as stator resistance motor speed to assess operating efficiency of the individual equipment.

The studies are tailored to meet the specific plant requirements and are difficult to generalize. However, the typical scope of the work studies could cover

  • Computing / Measuring the fluid flow rate of the waste stream at the inlet of the recovery system
  • Gauging the temperature drop across the recovery system for the waste stream
  • Assessing the heat generation in the system, if applicable
  • Computing / Estimating the total heat recovered in the system
  • Computing / Measuring the fluid flow rate of the recovery stream at the inlet of the recovery system
  • Gauging the temperature drop across the recovery system for the recovery stream
  • Assessing the heat transferred to the recovery stream an analyzing the gaps, if applicable
  • Assessing the heat losses through various sources.
  • Carrying heat and mass balance analysis
  • Assessing the performance and suggesting ways for improvement, as applicable
  • Submitting the report

  • A team of one engineer is deputed to carry out the studies and furnishing the report. The field visit is typically for 5 to 6 hours; during which up to 4 measurements can be carried out depending upon initial preparations, conditions of motors and cabling systems and support from the plant team.