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Advanced Technology : Making your life warmer.

"The Bulk of the heat generated is made from the super heated gasses burning inside the lower chamber. The air / gas mixture is forcibly induced downward creating a torch effect."

New Horizon Corp brings the economic and convenient method of wood heating into the 21st century. Utilizing wood gasification, our systems achieve 40,000 to 250,000 BTUs of heat output with minimal wood consumption.

One chamber of wood fuel lasts up to 12 full hours, depending on outside temperature, and produces only ounces of easily cleanable ash.
Smoke and other emissions are cut to a very low level, making our boilers very nature friendly

Inside, wood becomes super heated to release the combustible gases trapped inside. This process, known as gasification, is the core technology behind its highly efficient operation.

The released gases combine with secondary air injected into the lower chamber and then burn at a much higher temperature.
This has the effect of turning the wood into charcoal.

Elevated temperatures release more gasses then slowly burn the wood to a fine ash, producing very little waste. The process has an amazing 87% efficiency. When the boiler reaches operating temperature, no smoke is visible emanating from the stack.

Wood Boiler Technology
 
1. Air Flow for KP PYRO Boiler
Whats In it?
       
Major Elements of KP PYRO Boilers
1
Boiler Body
11
Sealing Nozzles
2
Filling Door
12
Fire-Resistant Material
3
Ash Door
13
Fire-Up Flap
4
Ventilator
14
Fire-Resistant Material
5
Fire-Resistant Material
15
Cleaning Lid
6
Boiler Top
16
Power Regulator
7
Safety
Thermostat
17
Fire-Up Flap
Draw Bar
8
Regulation Flap
18
Thermometer
9
Fire-Resistant Chamber Wall
19
Fire Chamber Shutter
10
Fire-Resistant
Ash Pit
20
Control Panel
       
2. Major Elements of KP PYRO Boilers
       
Air Flow        
1
Chimney flue
14
Nozzle (refractory)
2
Heat exchanger cleaning cover
15
Secondary air adjustment
3
Chimney flap
16
Combustion chamber
4
Hot water exit
17
Lower door
5
Thermometer sensor
18
Smoke tube heat exchanger
6
Safe guard thermometer sensor
19
Primary airflow
7
Boiler controller
20
Flue gas exit
8
Upper door
21
Heating water entry
9
Closing/opening door handle
22
Drain valve
10
Loading chamber (wood gasification)
23
Secondary airflow
11
Fan flap
24
Water grate
12
Fan
25
Thermal insulation
13
Fan casing
26
Ash pit
     
Radiant Panel Association
3. Air Flow for EKO Line Boilers
     

 

   

Design & Creation by TiM