Save energy consumption by regularly maintaining and cleaning your boiler.

Identify and reduce leaks in the steam system.

Insulate boilers and pipe networks and valves.

Reduce boiler pressure by an acceptable amount for the required operation process.

Maintain steam traps regularly and identify non-performing traps.

Calibrate and clean boiler.

Install economizer to waste heat recovery.

Evaluate if you can downsize the boiler.

Investigate alternative fuels for your boiler system.

Establish a treatment for the boiler feed water.

Automate blowdown for the boilers.

Install solar thermal system on rooftops for pre-heating of the boiler feed water.

Turn lights down or off when it is not used and increase dependency on daylight.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.

Optimize lighting levels; Measure the lux (lighting level) for each area and re-distribute the lighting units based on the required lighting levels.

Install sensors and timers to automate lighting control or Use a full lighting monitoring and control system (BMS) - A poorly setup BMS, or the absence of a BMS, will typically result in a building using 10 to 30% more energy. (Building management system).

Turn lights down or off when it is not used and increase dependency on daylight.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.

Optimize lighting levels; Measure the lux (lighting level) for each area and re-distribute the lighting units based on the required lighting levels.

Install sensors and timers to automate lighting control or Use a full lighting monitoring and control system (BMS) - A poorly setup BMS, or the absence of a BMS, will typically result in a building using 10 to 30% more energy. (Building management system).

Turn lights down or off when it is not used and increase dependency on daylight.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.

Optimize lighting levels; Measure the lux (lighting level) for each area and re-distribute the lighting units based on the required lighting levels.

Install sensors and timers to automate lighting control or Use a full lighting monitoring and control system (BMS) - A poorly setup BMS, or the absence of a BMS, will typically result in a building using 10 to 30% more energy. (Building management system).

Install insulation in the roof and other areas to maintain temperature and make facility more energy efficient.

Set temperature to 22 degrees Celsius in summer, and 24 degrees in winter within offices.

Replace old/traditional HVAC units with new more efficient AC units.

Use fixed or adjustable shading curtains for windows /doors.

Replace the clutch motor with servo-efficient motor for sewing machine.

Using variable speed drives when mixing components has proven to save up to 60% in electricity. Variable speed drives, also be known as adjustable-speed drives or variable frequency drives, are a piece of equipment that regulates the speed and torque output of a motor.

Regular check and maintain your door gaskets and auto closers for refrigerators to make sure they are in good condition.

Regular check and maintain your door gaskets and auto closers for refrigerators to make sure they are in good condition.

Installing a system to recover heat from refrigeration equipment is a straightforward engineering application, and can help you save energy for any water-cooled refrigeration system. By recovering heat, you can save in the following ways: Fuel savings for water heating; Avoided cost of mechanical water cooling in closed systems; and reduced water consumption compared with the once-through water-cooled systems.

Insulating your oven not only reduces the amount of an oven’s heat dissipation. It also boosts oven efficiency by ensuring that a uniform heat is carried out more effectively. It even ensures that heat is not transferred to the oven’s outer body.

Heat can be recovered from the cooking process, minimising fuel consumption. This recovered heat can be recycled immediately at the source or stored in insulated buffer tanks for later use, as needed. Instead of sending energy up the chimney, one can reuse up to 80% of the energy in efficient heat recovery systems.

Install Solar PV on rooftops Solar panels work by capturing the sun’s energy using photovoltaic (PV) cells. These cells convert sunlight into electricity, and is used to run electrical appliances of which there are many in commercial buildings. It ensures continuous stable electricity and offsets the need to purchase peak time electricity from the grid, and puts unused rooftop space to good use.

Turn lights down or off when it is not used and increase dependency on daylight.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.

Optimize lighting levels, Measure the lux (lighting level) for each area and re-distribute the lighting units based on the required lighting levels.

Install sensors and timers to automate lighting control or Use a full lighting monitoring and control system (BMS). A poorly setup BMS, or the absence of a BMS, will typically result in a building using 10 to 30% more energy. (Building management system).

Install insulation in the roof, other areas to maintain temperature and make facility more energy efficient.

Sett the temperature to 22 degrees Celsius in summer, and 24 degrees in winter within offices.

Replace old/traditional HVAC units with new more efficient AC units.

Use fixed or adjustable shading curtains for windows /doors.

Save energy consumption by regularly maintning and cleaning your boiler.

Identify and reduce leaks in the steam system.

Insulate boilers and pipe networks and valves.

Reduce boiler pressure by an acceptable amount for the required operation process.

Maintain steam traps regularly and try to know to identify non-performing traps.

Calibrate and clean boilers .

Install economizer to waste heat recovery.

Evaluate if you can downsize the boiler.

Investigate alternative fuels for your boiler system.

Establish a treatment for the boiler feed water.

Automate blowdown for the boilers.

Install solar thermal system on rooftops for pre-heating of the boiler feed water.

Repair all leaks regularly, and maintain clean equipment (i.e., filters, dryers, etc.)

Close all outlets valves in the network that are used for the purpose of cleaning and replace them with blower devices that require less energy use.

Optimize the setpoints based on the production process requirements.

Determine what is proper air storage by identifying sizes for air receivers and storage tanks.

Replace the old type compressor(s) with efficient (VFD) compressor type(s).

Adopt control systems linked with the production equipment (interface auxiliary systems).

Fuel switching or Heat recovery for ovens used in metal industries. Heating up the metal to the melting point emits a large amount of excess heat. This excess heat can be recycled .

Replacement of under size and over size motors – depending on the percentage of loading on the motor.

Use of high efficiency motors in place of standard motors with proper application.

Replace existing blower fans by energy-efficient fans with smaller diameters and less weigh.

Use small blowers as an alternative equipment for cleaning instead of the compressed air system.

Install a VFD fan in a fan system will reduce the energy.

Install an automatic control operating in a fan system

Turn the lights down or off when it is not used.

Increase dependence on daylight where possible.

Optimize lighting level; Measure the lux (lighting level) for each area and re-distribute the lighting units based on the required lighting levels.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.

Repair all leaks regularly, and cleanup equipment (i.e., filters, dryers, etc.)

Close all outlets valves in the network that are used for the purpose of cleaning and replace them with blower devices with less energy use.

Optimize the setpoints based on the production process requirements.

Confirm the sizes for air receivers and storage tank in order to determine proper air storage.

Replace the old type compressor with efficient (VFD) compressor type.

Consider adopting a control system linked with the production equipment (interface auxiliary systems).

Replace existing blower fans by energy-efficient fans with smaller diameters and less weight.

Use small blowers as an alternative equipment for cleaning instead of the compressed air system.

Install a VFD fan in a fan system will reduce the energy.

Install an automatic control operating in a fan system.

Turn the lights down or off when not used.

Increase dependence on daylight where and when possible.

Optimize lighting level; Measure the lux (lighting level) for each area and re-distribute the lighting units based the required lighting levels.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.

Replace under-size and over size-motors – depending on the percentage of loading on the motor.

Make use of high efficiency motors in place of standard motors with proper application.

Install Solar PV on rooftops. Solar panels work by capturing the sun’s energy using photovoltaic (PV) cells. These cells convert sunlight into electricity, and are used to run electrical appliances of which there are many in commercial buildings. This approach ensures continuous stable electricity and offsets the need to purchase peak time electricity from the grid, and puts unused rooftop space to good use.

Repair all leaks regularly, and cleanup equipment (i.e., filters, dryers, etc.)

Close all outlets valves in the network that are used for the purpose of cleaning and replace them with blower devices with less energy use.

Optimize the setpoints based on the production process requirements.

Define sizes for air receivers and storage tanks in order to properly determine air storage.

Replace old type compressosr with efficient (VFD) compressor types.

Consider adopting a control system linked with the production equipment (interface auxiliary systems)

Replacement of under-size and over size-motors – depending on the percentage of loading on the motor.

Use of high efficiency motors in place of standard motors with proper application.

Repair all leaks regularly, and cleanup equipment (i.e., filters, dryers, etc.)

Close all outlets valves in the network that are used for the purpose of cleaning and replace them with blower devices with less energy use.

Optimize the setpoints based on the production process requirements.

Make sure the air storage is propelyr determined by securing the sizes for air receivers and storage tanks

Replace old type compressors with efficient (VFD) compressor types.

Consider adopting a control system linked with your production equipment (interface auxiliary systems)

Replace existing blower fans with energy-efficient fans that are smaller in diameter and weigh less.

Use small blowers as alternative cleaning equipment instead of the compressed air system.

Installg a VFD fan in your fan system will reduce energy.

Install an automatic control operater in a fan system

Install Solar PV on rooftops. Solar panels work by capturing the sun’s energy using photovoltaic (PV) cells. These cells convert sunlight into electricity, and can be used to run electrical appliances of whichthere are many in commercial buildings. By installing Solar PVs, you ensure continuous stable electricity while offsetting the need to purchase peak time electricity from the grid. This setup also put unused rooftop space to good use.

Turn the lights down or off when not in use.

Increase dependence on daylight where and when possible.

Optimize lighting levels; Measure the lux (lighting level) for each area and re-distribute the lighting units based on the required lighting levels.

Replace old/traditional lamps with new LED efficient lamps - LEDs use up to 90% less energy and last up to 25 times longer than traditional incandescent bulbs.