- Parker Boiler 3 to 150 HP Steam Boilers
- Parker Boiler Low NOx Premix Technology
- Parker Boiler Tray and Spray Feedwater Deaerators
- Parker Boiler Automatic Feedwater Return Systems
- Parker Boiler Blowdown Tanks
- Parker Boiler Direct Fired Hot Water Boilers
- Parker Boiler Condensing Hot Water Boilers
- Parker Boiler High Temperature Thermal Liquid Heaters
- Parker Boiler Indirect Fired Hot Water Heaters
- Parker Boiler Tanks and Heat Exchangers
- QuikWater Direct Contact Water Heaters
- Reimers Electric Steam Boilers
- Reimers Hot Water Boilers
- CustomCare Water Softeners & RO Filters
Parker Boiler 3 to 150 H.P. Steam BoilersThe boiler requires less than ten minutes to heat up to 100 PSI Steam from a cold start. This is a considerable time and fuel saver. The control system and entire boiler are furnished so that it is simple to operate and easy to repair. The atmospheric model does not require expensive blowers, complicated controls or burner adjustments, as necessary on many boilers. The staggered Tube design provides a heating surface with uniform heat distribution to permit maximum heat transfer resulting in lower stack temperatures and more economical operation. No Parker Boiler has ever been known to experience an internal explosion.
Parker Boiler Low NOx Premix Technology
with heavy duty Metal Fiber BurnersExtremely low NOx and CO levels are attained by the Premix Burner System. NOx levels below 20 PPM at 3% O2 and CO levels below 100 PPM are easily obtained and assured. Available in steam boilers, hot water boilers and thermal liquid heaters. Their Low NOx Premix Burner System Technology provides many advantages, including low NOx and CO emissions, uniform heat distribution over the entire heating surface, and improved efficiencies.
Parker Boiler Tray and Spray Feedwater DeaeratorsThe Parker Boiler Deaerator reduces the residual oxygen level in make-up water to below 7 ppb (parts per billion) or .005 cc per liter, CO2 is virtually zero. They incorporate a number of features that make it unique on the market, more modern with fewer moving parts, simpler and easier to operate. In the tray type (DAT), as the feed water enters the tray column from the top of the dome, it cascades down a series of trays and encounters a counter flow steam vent. This counter flow action removes oxygen and carbon dioxide. In the tank of the deaerator, there is a scrubber, which continually circulates the water in the deaerator bringing it in contact with steam and causing deaeration of this water. The spray type (DAS) uses a counter flow water spray over the venting steam.
Parker Boiler Automatic Feedwater Return SystemsThe return system provides a quality, heavy duty packaged unit fully assembled and ready to install. It is standardly recommended with high pressure steam boilers for supply water with a boiler feed pump that operates on demand from the boiler water level control. The tank provides storage for water make-up and return condensate from the system when available with the advantage of pre-heated water. The tank is also used for convenience of feeding water treatment to the boiler.
Parker Boiler Blowdown TanksThe blowdown tank is a high quality heavy duty tank properly designed with adequate volume to provide a safe and effective blowdown method which is necessary for flushing steam boilers. It is recommended with all steam boilers. All tanks are manufactured and furnished in accordance with the ASME code. Cooling assemblies are available to lower discharge temperatures so safe levels.
Parker Boiler Direct Fired Hot Water BoilersAvailable in natural gas, propane, oil or combination gas/oil. This boiler was specifically designed to provide the industry with a superior quality boiler with definite advantages for long life and economical operation at low initial cost. It is recommended for closed system building or process heating. Because of the heavy duty construction and unique Parker design, the boiler is versatile and has a wide range of uses that may require temperatures of up to 400F and pressures up to 300 PSI.
Parker Boiler Condensing Hot Water BoilersIts TC Series of Condensing Hot Water Boilers. The Boiler is available in sizes from 399,000 up to 5,443,000 BTU Input with stainless steel construction for resistance to corrosion at low operating temperatures. This offering is a proven European design with efficiencies up to 99.7%. Units are available with conventional gas burners or low NOx power type burners.
Parker Boiler High Temperature Thermal Liquid HeatersAvailable in natural gas, propane, oil or combination gas/oil. Process heating applications which require temperatures between 350F and 650F can frequently be served more dependably, efficiently, uniformly and safely with a Thermal Liquid System than with steam, water, electric or direct fired systems.
Parker Boiler Indirect Fired Hot Water HeatersAvailable in natural gas or propane. The indirect heating method is accomplished in the Parker by circulating the supply water from a storage tank through an integral mounted copper tube heat exchanger so that it does not come in contact with the boiler water or high furnace temperatures. The problems of rust and corrosion are eliminated and the possibilities of scaling are minimized. The heater is recommended for all types of water heating applications requiring up to 190F temperature. It has proven particularly successful for food processing, apartments, hotels, laundries, swimming pools and the many types of commercial and industrial plants requiring a large volume of higher temperature water.
Parker Boiler Tanks and Heat ExchangersParker manufactures a quality line of tanks and heat exchangers for all types of volume water heating applications. The tanks are commonly used for hot water storage, thermal expansion and air separation in circulating systems, or as distribution tanks for thermal fluid systems. The Parker heat exchanger is designed to be used with a storage tank for heating water with a steam or hot water boiler. The exchangers are widely used for economically meeting the hot water requirements in commercial and industrial applications.
QuikWater Direct Contact Water HeatersThe QuikWater has a patented water-cooled dry firing chamber. As cold water comes into direct contact with rising hot combustion air from a gas burner, an instantaneous heat transfer occurs. This heat transfer, in which all of the heat energy is absorbed by the water, is 99% energy efficient. Pure hot water then accumulates in the multi-sized integral storage tanks for “on demand” use. In most cases the unit will heat up to full operating temperature in less than 15 minutes from a cold start. Sizes range from 600,000 BTU to 70MM BTU.
Reimers Electric Steam BoilersReimers electric steam boilers range in size from 1.5 to 750 KW (.15 to 75 B/H.P.) Electric boilers can often be set adjacent to the application, providing added convenience. Installation is easy and many units can ship in two weeks. Reimers boilers are manufactured to meet your needs in a convenient, safe and economic way.
Reimers Hot Water BoilersReimers electric hydronic boilers are ideal for heat as used in systems in that they are small and do not require venting. Each Reimers hot water boiler can be adjusted as to temperature and BTU transfer. They offer a variety of models from 15 to 900 KW to match any electric hot water boiler application. Take full control over your heating application from remote with their BACnet™ enabled electric hot water boiler controller.
CustomCare Water Softeners & RO FiltersCustom Care Water Technologies extensive product line offers sound solutions to water treatment problems in markets ranging from light commercial to heavy industrial installations. They can incorporate one or a combination of the following water treatment technologies to solve your problem: Water Softening to convert calcium and magnesium compounds in water into more soluble sodium compounds. Media Filtration for suspended solids reduction, iron removal, dechlorination, taste & odor reduction, and pH neutralization. Reverse Osmosis, a mechanical process for producing high purity water as an alternative to traditional ion exchange when higher levels of TDS removal are not required.
