HUAYUAN High-end Biomass Burner--58KW

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HUAYUAN High-end Biomass Burner--698KW

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: ok so im making reindeer bark tomorrow which is a dessert/ food. basically im gonna melt some white chocolate chips (nestle toll house premier white brand) and then sprinkle in some crushed up peppermint candies and then put it in the fridge to harden. I don't have a double boiler so can I just boil some water in a pot place a glass bowl over top with the chocolate inside? will it start to cool off too fast and turn all half melted gross? should I add some butter or will this make my reindeer bark gross. how exactly should I go about this: Toll House White Chocolate Chips

Q: A. FD fanB. Steam air warmerC ScrubberD. Air heater: A...FD fan. I've worked with boilers and furnaces for many years. An air preheater has never been included with air intake heated by flue gas. Air and flue gases are controlled by Four methods... 1...Natural Draft...air intake for both Primary combustion air and air flow through the furnace controlled by air inlet 'doors' around the burner 'Throat' and flue gas dampers to the stack maintaining a slight positive pressure (Inches of water gauge draft) within the furnace. 2...Forced draft where air is fed by a fan into the system and flue gases controlled by a damper. 3...Induced Draft. flue gases are pulled out by a fan and exhausted to the stack. Air inlet doors or dampers control the draft and combustion air at the burner end. 4...Balanced Draft. Here, an air inlet and a flue gas exhaust fan are incorporated. Draft and Combustion air are controlled by dampers to 'Balance' the draft. In each case, air supply to the burners and the draft through the furnace are carefully controlled for optimum performance and combustion profiles. Keep your thumb where it belongs...!!

Q: I have a boiler room in my factory, and I need to know if this room need forced or natural ventilation as the supplier says that the windows of the room are enough for the ventilation process. should I force him to add a fan in this room.: When the boiler contractor is finished and has his money, he will be gone and you will still be there with his boiler in your factory and with your employees. If you have a concern for your employees that is good and your employees need to understand that. So I recommend that you have a ventilation professional make an evaluation for you and for them while you still have some control over what is to be accomplished and how. A visit to one of the previous boiler installations might be useful.

Q: kw=gph x delta T / 410 How do you work this out???: The Boiler's Horsepower = (pounds per hour of water entering the boiler)*(h1 - h2)/33,475 Where h2 = enthalpy of the water entering the boiler and h1 = enthalpy of the steam leaving the boiler. Then 1 horsepower = 0.7457 KW, so multiply the Horsepower answer by 0.7457 to get the KW rating of the boiler. To get your other equation you have to assume that the boiler doesn't form any steam. The basic equation is Q = M*cp*(T2-T1) where: Q = BTU/HR cp=specific heat of water = 1.0 M=weight of water entering the boiler, Pounds per hour T2=Temp. of water leaving T1=Temp of water entering. 1000 BTU per hour = 0.2928104 KW 1 gallon = 62.4/7.481 = 8.341 pounds Q = GPH*8.341*1.0*(T2-T1) = BTU/HR KW = 0.29291*BTU/HR/1000 KW = 8.341*.29281*GPH*(T2-T1)/1000 KW = .00244*GPH*(T2-T1) KW = GPH*(T2-T1)/410

Q: is it possible to burn a higher quality coal in a lignite fired boiler? will there be any impact in efficiencies? i understand the reverse may not be true viz. lignite cannot be burned in an anthracite fired boiler.: There are several drawbacks. One is the coal mills are set up for a particular type of coal, they may have to re-worked to process a much harder coal like anthracite. Also, if the boiler is designed for a lower heating value coal like lignite, the heat exchange surfaces may not be optimized for a high heat value coal like anthracite. There may be too much heat release in the water tube section and not enough heat going to the steam section. The amount of ash also affects the heat absorption in the same manner, since the anthracite will probably have less ash than lignite. This will affect the efficiency of the boiler.

Q: Just fitted a trianco boiler, boiler fires, but no heat in radiators or hot water.: like pipe strangler said don't forget the simple things. if you just installed the system is the valve on to supply water to the boiler? Did you wire the pump right I E is it running the right way if you wired it backwards there is no way it is going to pump water. also did you install the pump facing the right way is the arrow showing flow pointing away from the boiler and out to the system?

Q: i just added two baseboard radiators to the basement do i need a stronger circulator pump for the boiler?: Your current circulator like a Taco or B+G should be at least a 1/2 HP and should handle additional radiation without a problem. The typical circulator can move between 80-140 gallons per minute depending on the lift. Unless every zone in your house is running continuously, it should take care of it with 2 provisos: if you have one zone so the whole house is on one circulator adding to it may exceed the max BTU's the heater can make and what the original heat load was calculated at but then you would see reduced heat at ALL radiation. More likely in my mind is that the new zone has some air in it so you aren't circulating a full charge of hot water through those new radiators taking longer to get hot. Also remember that the further from the boiler the water has to travel, the longer it will take to get hot and loses some along the way. Insulate the copper lines to and from the new radiators to reduce heat loss. If you can do it, re-bleed or call someone who can do that after applying snap on pipe insulation.

Q: What are the gas pollutants in the gas boiler room?: If it is natural gas, the flue gas composition is very simple, water + carbon dioxide, nitrogen oxides

Q: Is Esd 1 boiler a marine radiant type boiler?: Could you please be more specific with Esd 1 boiler denomination? In ships the furnace of the boilers are specially designed to compensate the erroneos water level readings due to the uneven motion of the ship and therefore special care is taken for the opening of the feed water inlet valve which is connected to instruments that react with an inertia-delayed effect. If the valve had to open and close with the up and down motion of the ship, there would be a chaos in the water and steam drum.Thus the necessity of the delayed action. Subsequently, the burner is regulated according to the demand of feed water. The heating source is radiant and convection heat. Radiant heat is above 950 deg C, below is the convection heat. If the boiler is designed with a superheater then the radiant heat area could be utilised for the superheating of steam. Now if the Esd boiler is more clearly defined, we can identify it as radiant type or otherwise. The above explanation is only to make it a little cleare before defining the nature of furnace and its utilization in the generation of saturated and superheated steam. It will be a radiant type boiler, if the maximum heat exchange is at the radiant temperature gradient above 950 deg C, Anwar Shaukat Ansari

Q: a coal based power plant question.......what the various functional parts of a boiler???: WATER TUBE BOILER 1. Water drum = where the boiler water is contained. 2. Water tube -= tubes that are expose to the furnace. where the water is heated in the furnace. 3. Super heater tube = where the steam is converted into super heated steam. 4. Furnace =where the coal is burn to heat the water tube. 5. Furnace Air blower= use to blow air into the furnace in to help burn the coal. 6. Furnace Bed = a moving bed of steel where the coal is lied and burn. 7. Exhaust Fan = suck the exhaust gas inside the furnace to be vented to the atmosphere. 8. Water pump = supply water to the boiler drum. 9. Fuel feeder = where the coal is feed to furnace. 10. Safety valve = vent the steam if steam pressure exceed the maximum desire pres. 11. Sight glass = where the water level is monitored manually. 12. Ash container = where the coal ash is dump. 13. Day Tank = where the boiler water is stored.

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