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Supplier: Acme Engineering Products
Description: For the past 45 years, ACME-AEP has manufactured the key components of auxiliary boiler systems, namely boilers, superheaters, secondary pressure vessels, and associated control systems. Power generation projects require an auxiliary boiler system to provide steam on start-up,
- Features: ASME Certified, Deaerator / Separator, Monitor / Controller, Skidded / Packaged
- Fuel Type / Heat Source: Electric
- Heat Output (Capacity): 2.05E6 to 1.19E7 BTU/hr
- Maximum Pressure: 100 to 600 psi
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Supplier: Acme Engineering Products
Description: Plants Washing Utilities Power plants ELECTRICAL REQUIREMENT CEJWS boilers are designed for use on 3 phases, 4 wires distribution (or 3 phases 3 wires with special grounding connection) to the circuit breaker. The boiler shell and cage must be grounded to the
- Features: Deaerator / Separator, Low Emissions, Monitor / Controller, Safety Valve, Superheater, Water Treater / Conditioner
- Fuel Type / Heat Source: Electric
- Heat Output (Capacity): 8530 to 37530 BTU/hr
- Maximum Pressure: 150 to 300 psi
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Supplier: Acme Engineering Products
Description: from 75 psig to 500 PSIG. ? All CEJS boilers are designed to ASME Sec. VIII Div.1 and are certified and registered pressure vessels. Electrode boilers utilize the conductive and resistive properties of water to carry electric current and generate steam. An A.C. current flows
- Efficiency: 99.9 %
- Features: ASME Certified, Deaerator / Separator, Monitor / Controller, Safety Valve, Skidded / Packaged
- Fuel Type / Heat Source: Electric
- Heat Output (Capacity): 6.82E6 to 2.22E8 BTU/hr
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Supplier: Cleaver-Brooks
Description: components to build a state-of-the-art boiler room of virtually any size and capacity. Features: Wetback boiler design 5 sq ft / boiler HP ProFire packaged burner Options for low-NOx control Options for Hawk control system
- Features: Deaerator / Separator, Economizer
- Fuel Type / Heat Source: Gas (Natural / Propane)
- Heat Output (Capacity): 254521 to 2.04E6 BTU/hr
- Maximum Pressure: 15 to 250 psi
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Supplier: Cleaver-Brooks
Description: The ClearFire-H is a horizontal, gas-fired, steam boiler designed for the requirements of the commercial market, available in eight sizes. The AluFer® tubes with fireside extended heating surface provide maximum heat transfer for superior performance in a compact package. The
- Features: Commercial / HVAC, Deaerator / Separator, Economizer, Low Emissions
- Fuel Type / Heat Source: Gas (Natural / Propane), Steam / Hydronic
- Heat Output (Capacity): 25452 to 152712 BTU/hr
- Maximum Pressure: 15 to 150 psi
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Supplier: Chromalox
Description: Steam Pressures to 135 psig Steam Capacity (452 - 4,882 Lbs/Hr @ 0 - 135 psig) 150 - 1,620 kW (512 - 5,527 Mbh) 208, 240 and 480 Volt, 1 and 3 Phase See Catalog Page PDF for more information Third-party certifications: UL Listed, S
- Features: ASME Certified, Commercial / HVAC, Deaerator / Separator, Monitor / Controller, Safety Valve, Skidded / Packaged
- Fuel Type / Heat Source: Electric
- Heat Output (Capacity): 511771 to 5.53E6 BTU/hr
- Maximum Pressure: 135 psi
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Supplier: Cleaver-Brooks
Description: The ClearFire-V is a carbon steel, vertical, gas-fired, steam boiler designed for the requirements of the commercial market, available in eight sizes. The AluFer® tubes with fireside extended heating surface provide maximum heat transfer and eliminate laminar gas flow during minimum
- Features: Commercial / HVAC, Deaerator / Separator, Economizer, Low Emissions
- Fuel Type / Heat Source: Gas (Natural / Propane)
- Heat Output (Capacity): 25452 to 152712 BTU/hr
- Maximum Pressure: 150 psi
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Supplier: Chromalox
Description: Steam Pressures to 90 psig Steam Capacity (18 - 542 Lbs/Hr @ 0 - 90 psig) 6 - 180 kW (21 - 614 Mbh) 208, 240 and 480 Volt, 1 and 3 Phase See Catalog Page PDF for more information Third-party certifications: UL Listed, M
- Features: ASME Certified, Deaerator / Separator, Monitor / Controller, Safety Valve, Skidded / Packaged
- Fuel Type / Heat Source: Electric
- Heat Output (Capacity): 20471 to 614125 BTU/hr
- Maximum Pressure: 90 psi
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Since 1957, the Myron L® Company has designed and manufactured highly accurate and reliable analytical instruments for a wide variety of demanding applications. Thousands of professionals around the world rely on the performance of our instruments every day. Uses range from boiler (read more)
Browse Oxidation Reduction Potential (ORP) Instruments Datasheets for Myron L Company
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A computer program to analyze cogeneration plant heat balances and equipment design
For normal design point conditions, the program calculates gas turbine performance, designs a heat recovery boiler to suit the process requirements, calculates a steam turbine performance and deaerator balance to complete the cycle.
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ZASMHBA0004211
… Control of Feedwater and Boiler Water Chemistry in Modern Industrial Boilers Standard Practice for Determining … … of Refinery Equipment Direct Calculation of Economic Appraisals of … … Detection, and Correction of Deaerator Cracking Materials for the … … Recirculating Cooling Water Systems Design , Fabrication, and Inspection of …
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Selecting the parameters and carrying out design calculations of three-loop combined-cycle plants equipped with a vacuum deaerator and steam reheat system
Abstract—A procedure for carrying out end to end calculation of the parameters of media and technical and economic indicators characterizing three loop heat recovery combined cycle plants equipped with a vacuum deaerator and steam reheating system is described. The procedure makes it possible to determine the parameters of gases and working fluid of a heat recovery boiler , the thermal power of its heating surfaces, and carry out … … turbine and then its stage wise calculation, all during the design calculation phase.
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Development of a 660 MW coal-dust generator unit with supercritical steam parameters
… are intended for preheating the feed water in five low pressure preheaters, the deaerator , and three high … In choosing an optimum feed water temperature, the form of the fuel being burnt and the design of the trailing sur- faces of the boiler are taken into account and an obligatory combined calculation of the thermal layouts of the boiler and …
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Estimating the effectiveness of using atmospheric deaerators for decarbonizing makeup water
Thus, the smaller effect of water decarbonization in atmospheric deaerators is due to a smaller ΔpH value of deaerated water (see Fig. 2) and can … … of water, absence of steam bubbling in the tank, and changes in the deaeration stack design . By using the presented calculation procedure it is possible to per form prompt chemical monitoring of the water decar bonization process in atmospheric deaerators of boiler makeup water from the measurements of water pH val ues upstream and downstream of the deaerator.
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Thermal and environmental characteristics of the primary equipment of the 480-MW Razdan-5 power-generating plant operating as a combined-cycle plant
… 10°C as compared with the predicted one—upstream from the HP GWP at partial loads is accounted for by the fact that the sliding pressure in the deaerator in the calculations performed at TKZ was taken at the boiler ’s load values below … The decrease in the boiler feedwater temperature as compared with the design value was caused by the …
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Improving Steam System Performance: A Sourcebook for Industry
Steam provided to the deaerator provides physical stripping action and heats the mixture of returned condensate and boiler feedwater makeup to saturation temperature. Normal design practice is to calculate the steam required for heating, and then make sure that the flow is sufficient for stripping as well.
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Improving Steam System Performance: A Sourcebook for Industry
Steam provided to the deaerator provides physical stripping action and heats the mixture of returned condensate and boiler feedwater makeup to saturation tem- perature. Normal design practice is to calculate the steam required for heating, and then make sure that the flow is sufficient for stripping as well.
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Systems Analyses of Advanced Brayton Cycles
… variable match target value (while simulating a flowsheet with iterations to satisfy a specified design criteria) COSHyd Adiabatic COS hydrolysis reactor to calculate effluent composition and conditions Deaer Calculates the effluent conditions from & heat required by a boiler feed water deaerator Decant .
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Nalco Water Handbook, Third Edition > Boiler Systems
Since the discharge from the trap is recycled back to the deaerator or atmospheric hotwell, the calculation for cycles of concentration in this type of system must take into account the contribution of dissolved solids from this source. Hence, this type of system is designed to run between 4 and 5 cycles of concentration of … System Challenges While there are advantages in using a coil boiler , there are also challenges in keeping …
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