We have designed our Parker Deaerator design has been shown to reduce the residual oxygen level in make-up water to below 7ppb or .005cc per liter, CO2 is virtually zero.

The unit provides a complete packaged assembly for easy field installation.

The Parker Deaerator incorporates a number of features, which make it unique on the market, more modern, with fewer moving parts, simpler and easier to operate.

Deaeration is the process of removing the dissolved oxygen from the boiler feed water. Additionally, in the deaeration process the CO2 is also removed. Removal of these two gases is important in boiler feed water as both of these gases promote corrosion in the boiler or steam system. An additional benefit of a deaerator is the conservation of flash steam in systems with large amounts of condensate return. This can result in substantial energy savings of up to 14%.

Deaeration of boiler feedwater not only removes oxygen and carbon dioxide; it also improves heat transfer and saves energy.

The five primary reasons for including a deaerator as part of the boiler/steam/condensate cycle: Oxygen Removal, Carbon Dioxide Removal, Basis For Improved Operation, Improved Heat Transfer and Energy Savings.

The necessity of deaerating boiler feedwater has become so recognized that even small plants can now be assured of longer equipment life, reduced pipeline and equipment replacement costs and overall maintenance by using some type of deaeration. The initial cost of deaeration is a small price to pay for the piece of mind afforded by its inclusion in your boiler plant's operation..

Deaeration is an essential factor in the efficient and economical operation of any modern boiler plant.