Chemtex Speciality Limited

Unsuitable dirty coils, refrigerant levels, and worn out compressors or condensers can bring about an altered performance of air conditioning system. An unproductive system generally compels the compressor to work harder than is necessary, reduces its life span and thus exhaust more energy and accounts for a higher electric bill. Dirt and debris assembling on an air conditioner or heat pump coil tend to restrict airflow across the coil, elevating the cost of heating or cooling the building. In extreme cases cooling or condensing coils can become so restricted that air flow is seriously alleviated, possibly also resulting in an evaporator or cooling coil icing problem indoors or an overheated, damaged compressor outdoors, or simply loss of cooling capacity of the system. In addition to this, a restricted evaporator coil can induce the HVAC compressor to operate at higher than normal temperatures - a condition that with time can break down lubricants circulating inside the sy

Improper refrigerant levels, dirty coils, and worn out compressors or condensers can result in inefficient performance of air conditioning system. An inefficient system tends to force the compressor to work harder than is required decreasing its life span and thereby leading to higher energy bills. The primary energy required in operating an air conditioning system comes from the compression of refrigerant. The hotter the compressor receives the processed refrigerant, the more energy is necessary to force it through the condenser. The refrigerant needs to become cold enough to absorb more heat from the process, therefore an external chiller such as an open evaporative condenser or air blast unit is required. It is crucial for effective air-conditioning operation that the condenser is able to easily reject heat through the cooling airflow and the heat exchanger coils. Energy consumption builds up as the refrigerant vapor pressure increases, where the refrigerant is not sufficien