Haat strives to save energy in whatever manner possible in their incinerator design and to bring down utility consumption. This leads to an overall reduction in CO2 emissions and reduces the impact of global warming.

At the workplace

We maintain a large greenbelt enabling a slightly lower temperature than the ambient, reducing our cooling needs.

We clean and replace air filters as recommended.

We use CFL bulbs in all locations. Other measures to reduce dependence on artificial lighting are installation of solar lights and roof sheet transparent panels to utilize natural light to the maximum.

Rain water harvesting for both gardening purposes and for recharging of water table.

Car pooling and usage of common transport for employees.

Reuse and recycling of metal scrap.

Switching off lights during breaks.

Turning off computer screens when not in use.

Taking print outs only when absolutely necessary and using both sides of the

In our incinerators and other products

Usage of energy efficient motors.

Recovery of waste heat for useful purposes.

Regular maintenance of burners.

Temperature control and interlock of chamber to fuel delivery.

Instrumentation for process control to reduce utility requirements.

Load and no-load testing of components for fault identification to reduce power requirement.

Usage of refractories that retain and radiate heat with a high thermal efficiency.

Designs that work on air flow and turbulence to enable faster processing of waste.

Ingenious incinerator designs (in certain models) that utilize a single burner for both primary and secondary chamber incineration.

Reduction of water requirement and generation of bleed by moving towards scrubbers that are primarily dry in operation or which generate no waste water or effluent.

Encouraging continuous operation of incinerators to make them more efficient.