HEATING ENERGY CALCULATORS AIR CONDITIONING AIR QUALITY
 
   
 
Air Conditioning
13 SEER Air Conditioning Efficiency
Add Central Air Conditioning
Additions & Remodels
Air Filters
Air Handlers
Air Purifiers
Air To Air Exchangers
Central Air Conditioning
Condensers
Controls
Cooling Coils
Dehumidification
Ductless Mini-Split
Ductwork & Distribution
Duct Design and Dynamics
Efficiencies
Electronic Air Cleaner
Energy Conservation
Energy Conservation Calculators
Energy Savers
Fuel Cells
Geothermal Furnace
Heat Gain
Heat Pumps
Hydro-Air
Maintenance Tips
Motorized Dampers
Portable Air Conditioners
Problem Areas
Programmable Thermostats
Refrigeration Cycle
Return System
Self Contained
Solar Cooling
System Design
Troubleshooting Tips
Window Air Conditioner
Wine Cellars
Zoning
 
HEATING
Add On Wood Furnace
Additions & Remodels
Air Filters
Air Purifiers
Air To Air Exchangers
Aquastats
Attic Insulation Calculator
Boilers
Bypass Humidifier
Chimneys & Power Ventors
Controls
Corn Furnaces
Ductless Mini-Split
Ductwork & Distribution
Duct Design and Dynamics
Efficiencies
Electric Furnaces
Electronic Air Cleaner
Energy Conservation
Energy Conservation Calculators
Energy Savers
Forced Warm Air
Fuel Cells
Fuel Cost Calculator
Gas Furnaces
Gas Furnace Ratings
Geothermal Furnace
Heat Loss
Heat Pumps
Humidification
Hydro-Air
Hydronic Heating Systems
Insulation
Maintenance Tips
Motorized Dampers
Oil Burners
Oil Furnaces
Oil Furnace Ratings
Portable Furnace
Problem Areas
Programmable Thermostats
Radiant Heat
Replacements
Return System
Self Contained
Solar Heating
System Design
Thermostat Savings Calculator
Troubleshooting Tips
Waste Oil Furnace
Window Replacement Calculator
Wood Boiler
Wood Furnaces
Zoning
 
Heating Topics and Tools
 
Corn Furnaces
 

The difference between a corn burning furnace and a corn burning stove is a blower. A corn stove radiates heat into the room it is in, the corn furnace is designed for Central Heating, it is designed to have the heat ducted from room to room. To this end, a corn furnace has a jacket surrounding the burning chamber and a blower which blows air over this exchanger. This air is then collected and mixed in a large sheet metal box, called a plenum, which is fabricated and installed on top of the furnace. Ducts are tapped into this box and the heated air is distributed to each room. However much air is distributed must also be brought back, this is called the return system.

The amount of air is determined by the size of the blower motor, the size of the ducts and the amount of BTU produced by the furnace. Designing a system for a corn burning furnace is the same as any fossil fuel system. A room by room heat loss, followed by a duct layout.

The benefits of a corn furnace over a corn stove, aside from complete distribution, are the accessories which can also be installed. The same accessories for any warm air type system can be used in the ducted corn burning system. This includes central air conditioning, high performance air filters, bypass humidifiers, electronic air cleaners, UV light air purifiers, etc. The secret to having this system function well is the determination of how many CFM, cubic feet per minute, of air will be flowing thru the ducts.

If the BTU input of the furnace is 100,000 BTU, and the output is 80,000 BTU, then a 1000 cfm would be a good CFM number to work with. This would allow for up to 2 ½ tons of air conditioning to be installed.

A good corn furnace has a hopper mounted alongside to automatically feed the fuel into the burn chamber. This hopper should be controlled by a thermostat, which raises or lower heat demands and correspondingly raises or lowers the amount of fuel fed into the burner.

Experience with wood furnaces has proven that cooling coils mounted on the supply or hot side of the ductwork, can be damaged by excessive heat should a power outage occur.

(A wood or corn fire keeps burning whereas a gas or oil furnace shuts off)
If frequent power outages occur in your area, it might be a good idea to install the air conditioning coil on the return side of the system.

 
 
 
Energy Conservation Calculators
Attic Insulation Calculator
To calculate energy savings with increased insulation
 
Clean Air Delivery Rate (CADR) Calculator
Estimate the proper size Air Purifier for your room
 
Fuel Comparison
To compare heating costs using various fuels
 
Mini-Split Estimator
Find out the right size mini-split for you
 
Thermostat Set-back
To calculate fuel savings by adjusting your thermostat settings
 
Air Conditioner Efficiency
Calculate energy savings with higher SEER ratings
 
Computer Room Air Conditioner
Size an air conditioner for your computer room
 
Window Air Conditioner Estimator
To size a room air conditioner
 
Window Upgrade
To calculate energy savings with various window replacements
 
Heatload.com
To size an Air Conditioner or Furnace for a house
 
Bypass Humidifier
Approximate your humidifier size requirements
 
Air Exchanger Sizing Calculator
Properly size an Air Exchanger for your home.
 
           
     
HEATING ENERGY CALCULATORS AIR CONDITIONING AIR QUALITY HOME
   
           
      Copyright ©2009 Warmair.com Inc. Use of this website constitutes acceptance of Warmair.net User Agreement. "Online Comfort" and "Conditioning the Internet" are service marks of Warmair.com Inc. All Rights Reserved.