Question

In: Mechanical Engineering

what is firehole furnace, bottom blow down and feedwater pump. parts of a boiler

what is firehole furnace, bottom blow down and feedwater pump. parts of a boiler

Solutions

Expert Solution

Firehole Furnace:-

It is a cylinder of protecting castable obstinate, bolstered by a sheet metal skin, warmed by a blower driven propane burner, held by a rectangular steel tubing confine that backings the top, and so on. The burner is a basic plan and truth be told, I utilize a similar burner with an alternate make a beeline for liquefy aluminum jars in a cast press container for liquefying metal

How It Differs From A Glory Hole - Besides it being littler, this gap has no back up protection - frax or board which builds the protection esteem. It will warm up and chill off quicker and utilize more fuel at some random temperature.

Boiler Blowdown :-

Boiler blowdown is water deliberately squandered from a heater to keep away from convergence of polluting influences amid proceeding with dissipation of steam. The water is extinguished of the evaporator with some power by steam weight inside the boiler. Base blowdown utilized with early boilers caused unexpected descending alteration of heater water level and was usually ousted descending to keep away from the well being danger of showering high temperature water on adjacent people.

Feedwater Pump :-

A boiler feedwater pump is a particular kind of draw used to pump feedwater into a steam evaporator. The water might be newly provided or returning condensate created because of the buildup of the steam delivered by the heater. These pumps are regularly high weight units that take suction from a condensate return framework and can be of the radiating pump compose or positive relocation compose.

Parts Of Boiler :-

Burner :– the burner is where the air blends with your fuel source and combusts.

Ignition chamber/firebox :– this is where the ignition from the burner warms the warmth exchanger; this chamber can achieve temperatures of a few hundred degrees.

Heat exchanger :– the heat exchanger permits the warmth from the ignition chamber to warm the water in the evaporator's tank.

Aquastats :– these parts sense the temperature of the water in your evaporator and advise the burner when to begin and stop.

Expansion tank :– the extension tank is a little tank off the fundamental heater that shields your framework from intemperate weight.

Backflow valve :– a reverse valve is a security gadget that enables water to stream in a solitary heading as it were.

Circulator pump :– a circulator pump is utilized with boilers that utilization high temp water to warm; the circulator pump pushes the heated water through your framework, enabling it to flow to the different outlets.

Supply lines :– supply lines are the funnels that convey the warmed water or steam to the dispersion focuses.

Return lines :– when the water cools, or the steam cools and changes states back to water, the arrival lines take this water back to the kettle for re-warming.


Related Solutions

A feedwater heater is a device to heat the feedwater before it goes into the boiler....
A feedwater heater is a device to heat the feedwater before it goes into the boiler. This device receives one stream of saturated vapor at 0.8 MPa and another stream of compressed liquid at 0.8 MPa and 60 oC. These two streams combined to become saturated liquid at 0.8 MPa at the exit of the feedwater heater. The mass flow rate of the compressed liquid is 100 kg/s. Determine a) the mass flow rate of the saturated vapor, b) the...
how to calculate furnace oil consumption in boiler
how to calculate furnace oil consumption in boiler
Sketch and describe the working of a Locomotive boiler. Show the positions of fusible plug, blow...
Sketch and describe the working of a Locomotive boiler. Show the positions of fusible plug, blow off cock, feed check valve and superheater. Mention the function of each. Describe the method of obtaining draught in this boiler.
Methane at 25°C is burned in a boiler furnace with 10.0% excess air. The air enters...
Methane at 25°C is burned in a boiler furnace with 10.0% excess air. The air enters the burner at a temperature of 100°C. Ninety percent of the methane fed is consumed; the product gas is analyzed and found to contain 10.0 mol CO2 per 1 mol of CO. The exhaust gases exit the furnace at 400°C. Calculate the rate of heat transferred from the furnace, given that a molar flow rate of 100 mol/s CH4 is fed to the furnace.
The diameter of the discharge and suction pipe of a boiler feed pump is 4 inches...
The diameter of the discharge and suction pipe of a boiler feed pump is 4 inches and 6 inches, respectively. The water delivered is 250 GPM and the temperature is 60 F. The discharge pressure near the pump is 90 psig and the suction is 12 in.hg vacuum. Find the total dynamic head if the discharge gage is located 3 ft above pump centerline and the vacuum gage connection to the suction pipe is 2 feet below the center of...
what is the difference between top down and bottom up processing?
what is the difference between top down and bottom up processing?
4)“Bottom-up” vs. “Top-down” Perceptual Processing a). Bottom-up processing – define/ explain what it is. b)Top-down processing...
4)“Bottom-up” vs. “Top-down” Perceptual Processing a). Bottom-up processing – define/ explain what it is. b)Top-down processing - define/ explain what it is. You can use this example: Ca_yo_re_dt_is_en_en_e? C). In perception, bottom-up and top-down processing are believed to occur simultaneously. Explain what that means.
A pump takes water at 60°F from a large reservoir and delivers it to the bottom...
A pump takes water at 60°F from a large reservoir and delivers it to the bottom of an open elevated tank 25 ft above the reservoir surface through a 3 inch ID pipe. The inlet to the pump is located 10 ft below the water surface, and the water level in the tank is constant at 160 ft above the reservoir surface. The pump delivers 150 gpm. If the total loss of energy due to friction in the piping system...
8. A pump at the bottom of a 0.60 meter deep fishpond sprays water from the...
8. A pump at the bottom of a 0.60 meter deep fishpond sprays water from the surface at 2.4 liters/minute. If the intake pipe at the bottom of the pond and output pipe at the waters surface each have a 1.2cm diameter a) what is the total pressure at the bottom of the pond where the intake is located? b) what is the magnitude of air pressure acting on the spray at its highest point c) what is the velocity...
Here is an example of T-test down blow (it doesn't have to be exactly) I need...
Here is an example of T-test down blow (it doesn't have to be exactly) I need to help with my data which it is about phone service survey. Please help and I really appreciate your time. Remember first data is an example. A third T-test was conducted to compare the relationship of how far people are willing to travel and how important the affordability of the clinic is (Table 3). The sample group was divided into two categories: people who...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT