The studies involve carrying out energy & mass balance studies for the individual equipment, system or for the entire premises / plant to assess operating efficiency and identify opportunities for improvements and optimization.
The studies are tailored to meet the specific plant requirements and are difficult to generalize.
The studies involve measuring the flow (chilled water & process fluid if possible), differential temperature as well as differential pressure across all the major chilled water heat exchangers to assess operating load on the individual equipment. The overall operating load & refrigeration effect generated by various chillers is also computed based on the physical measurements. The values are matched with the overall data to assess gaps, distribution losses and identify potential savings / improvement areas.
The studies involve measuring the flow cooling water, differential temperature across all the major cooling water heat exchangers to assess operating load on the individual equipment. The overall operating load & cooling effect generated by various cooling towers is also computed based on the physical measurements. The values are matched with the overall data to assess gaps and identify potential savings / improvement areas.
The studies involve measuring pressures at various location as well as across the key equipment’s to analyze the pressure drop to quantify the energy losses and identify potential savings / improvement areas.
The studies involve measuring the flow of liquid for all the major consumers and users and to match the values with the overall data to assess gaps and identify potential savings / improvement areas.
The studies involve identifying and tagging the leakages in the compressed air pipelines with the help of an ultrasonic leak detector and identify potential savings/improvement areas.
The studies involve measuring surface temperature of insulated surfaces to assess the heat loss and opportunities to optimize the overall losses in the system.
The studies involve measuring the illumination level at various locations as well as analyzing type and location of various light fittings to assess the system efficacy and opportunities to optimize the overall system performance.
The studies involve recording thermal as well as actual image of electrical system including panels, switch yard, capacitors to identify hot spots and opportunities for improvements.
The studies involve recording thermal as well as actual image of electrical system including panels, switch yard, capacitors to identify hot spots and opportunities for improvements.