HUAYUAN High-end Biomass Burner--58KW

Ref Price:

Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: -

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

High Quality Auto Hot Melt Glue Carton Erector KXQR-502

High Quality Wrapping Machine with Top Press RY-102

High Quality Auto Strapping Machine (High Desk) KZQ-602-1

Suspended Platform ZLP250

High Quality Medical Tape Machine STS700

Concrete Pump Bend 5''

Forged Cup Coupling 5‘’ DN125

Concrete Pump Elbow 90 SCHWING Type

This burner is 58KW one.

Introduction:

Innovative product in China--biomass burner. Brand: HUAYUAN

Specification: 58~1395KW Burner over 1395KW can be modularized.

The III generation biomass burner promoted in July 2014:

1. We use the casting modularized hearth. The boiler core is the only thing to be replaced in the post maintenance of burner. It is cheap and easy to change the modular fittings.

2. Generation III biomass burner adopts hyper heat-resistant casting material, replacing I and II generation material, which makes less cost and more stable performance.

3. The actual capacity of traditional burner is 70%, HUAYUAN marks authentic datas on the nameplates.

4. HUAYUAN product has hyper-high temperature efficiency burnning tar and other harmful substance totally which will not be attached to the tubes to cause block.

5. The flame colour of HUAYUAN product combustion is white and blue, realizing clean combustion.

6. Solve the problem that no coking fuel could be used in the traditional burner. More biomass fuel could be applied.

7. One-button control system to set fire, feed bunker, and control temperature automatically.

8. Equipped with dust blower system, which could be cleaned after long-time usage. Different size of reducer adapter could be made according to customers' requirement.

9. Widely applied to high temperature required conditions as coal-fired, natural gas-fired and oil burning boiler reconstruction, as well as industrial drying painting.

Q: I shut off the boiler, released the valve to allow water to drain, slowly closed the valve, turned the boiler back on and the water is STILL DRIPPING. Any one have any other ideas?: not familiar with the boiler depend where the water is leaking from, check if the source is from water feed line if so this need to be repaired, if it is the steam drum guess you need a boiler guys to do cold welding, good luck

Q: Has anyone ever heard of a Boiler template in PowerPoint?: Boiler plate is a term for a preset form that can be used for different things over and over. Usually referred to (originally) in legal forms, but also available in other things that run on computers.

Q: Dear All,I am doing a research paper on cogeneration in the sugar industry. In my feasibility study, i need to find out the latest/actual prices of:1. A 65 bar boiler operating at 510 degrees centigrade and2. A 25MW steam turbine.Kindly let me know of the make of the equipment and possibly the manufacturer.References to the info is greatly appreciated.Thanks,Nick: I used to design heat recovery boilers for a while and, if my memory serves me right, at 65 bar and 510 C you're looking at a high-end IP (intermediate pressure) system or a low end HP (hig pressure system). Since it's only single stage, it should cost much less. Assuming you can get that kind of steam output from the gas turbine exhaust gas (ie. you won't need a burner), a very rough guess would be around $300k -$500k. The two largest companies that provide this type of equipment are Nooter/Eriksen and Deltak. As far as the turbine goes, that I'm not really sure of, but I'm guessing it would be in the same ballpark.

Q: According to the type of fuel used in the boiler: The latest fuel for alcohol-based fuel boilers, he will greatly reduce the coal-fired boiler on the atmospheric environment pollution

Q: What is a steam boiler ?: oddly enough its a boiler than runs on steam

Q: Environmental protection of biomass boilers: The highest reached 88.3%, 15% higher than the average efficiency of coal-fired boilers.

Q: just want to know,TQwhen a steam boiler system for a plant having thermal deaerator, do we still need a flash vessel to separate the flash steam and return condensate?and if let say we install an economizer, the feedwater after the economizer will be pumped into boiler water tube by the feedwater pump, even though its temperature is around 150'C, it will not become steam because of the pressure, but when it reaches the water tube of the steam boiler, will it become steam?because the water tube have one sensor where it will detect the water level inside the tube,if steam formed and water level low, the boiler will have problems?help help helpTQ: Most steam systems pump the condensate to the deaerator where any non condensables such as air are removed. The condensate is then pumped by the boiler feed pumps to the boiler either through an economizer depending on the system design. The amount of boiler feedwater that is pumped to the boiler will depend on the water level in the boiler. As the steam demand varies more or less water will be added to maintain the correct level. The fire from the burner(s) will also vary to maintain the pressure in the boiler. It is the burner flame that produces the heat that vaporizes the water into steam. Most boilers have a steam drum at the top of the boiler that all of the tubes connect to. It here that the water level is maintained. In the case of fire tube boilers the level is a bit different but still controlled in a similar matter. See the two links below for infor on water tube and fire tube boilers. On very large industrial and power boilers the control of the boiler feedwater and the boiler level is maintained by an elaborate system of level sensors and flow sensors so that the boiler level can be maintained more accurately than with just a simple level control. The flow sensors can detect a change if steam load and begin to adjust the water level before there is an actual change in the level.

Q: A boiler with a steel bottom 15 mm thick rests on a hot stove; the area of the bottom of the boiler is 0.15 m^2. The water inside the boiler is at 100°C and 0.75 kg evaporates every minute.Calculate the temperature of the lower surface of the boiler, where it is in contact with the stove.: It will be important to look up what value your textbook gives for the thermal conductivity of steel. I'm going to use 50 W/(m K), but I found different values in different places. The latent heat of evaporation for water seems to be more of an agreed value: 2260 kJ/kg The heat required to evaporate 0.75 kg per minute is 1695 kJ/minute = 28.25 kW The heat transferred through the bottom of the boiler is k A delta-T / d where k = 50 W/(m K) A = 0.15 m^2 d = 0.015 m and delta-T is to be calculated. 28,250 W = 50 W/(m K) times 10 m times delta-T delta-T = 56.5 K I guess the temperature of the lower surface of the boiler is 156.5 Celsius. Check my arith.

Q: What is a 10t / h boiler, an electric boiler or a fuel boiler?: The steam pressure is different; that is, the same amount of steam, but the rated pressure, the temperature of different steam boiler thermal power is different, but the difference is not great.

Q: my husband wants to know!: Remember that Pulse furnace a few years back? That was a true condensing unit. A regular boiler operates at a HIGH exhaust temperature, thereby exhausing all condensate products up the flue. Natural gas or coal have a byproduct of combustion of water and Co2 and some Co A condensing furnace has MORE And LONGER tubes in it and it allows the gasses inside the boiler to reach a much much LOWER exhaust temp up the stack. Thus CONDENSING takes place. This is a much more efficient process as more heat is extracted from the fuel and less goes up the chimney. Problem is that the CONDENSATE forms on the inside tubes of the furnace, it is acidic and eats away at the tubes. The new furnaces are designed to take that corrosion. An old boiler or furnace is about 75 to 80 % eff. A condensing new boiler or furnace is about 92% efficient. These new ones have longer tubes and more of them and can take corrosion and they of course cost a lot more.

Send your message to us

*Email

*TEL

*Quantity

*Unit