|
|
PRODUCTS
- EKO INDOOR RESIDENTIAL FURNACES
| EKO
Line boilers provide a convenient, safe and environmentally
friendly way to heat your home and domestic hot water with wood.
EKO boilers assure the independence and self-reliance that heating
with wood provides.
Because
the boilers use wood gasification combustion, they give unusually
high overall heating efficiency. They use substantially less
wood than conventional boilers and outdoor water stoves with
no visible smoke when fully operating.
EKO
boilers burn so clean, they are safer (virtually no risk of
a chimney fire) and result in cleaner air for everyone. They
also help to substantially reduce greenhouse gas emissions.
EKO Line boilers enable you to increase the warm security
of your home in a safe, environmentally responsible way.
Learn
about
Wood Gasification Process &
Wood As A Fuel
Click
HERE
|
|
|
Boiler
Specifications
(pdf
files)
Video
Clip of Eko Line
Boiler Combustion
Video
clip of Eko Line
Boiler Air Flow
|
|
Boiler
construction - its elements
- Sealed
wood gasification chamber that is simultaneously used as
a loading chamber. When appropriate amount of primary air
supplied by the pressure fan is delivered, wood gas is generated
- A
nozzle, made of refractory concrete, mixes wood gases with
the secondary air and a flammable mixture is produced that
undergoes self-ignition at about 1000° F
- Exhaust
reheat space - the main combustion chamber, where temperature
reaches about 2000° F serves also as an ash pit
- A
smoke tube heat exchanger (flue gas to water) heats up the
installation water
- A
fan that communicates with the microchip controller monitors
the quality of the whole burning process
- Safe
guard thermostat - each boiler is equipped with an additional
safe guard thermostat, which switches off the fan while
the water gets up to 180° F
- Steel
turbulators in heat exchanger tubes provide turbulent flue
gas flow, which results in low flue temperature
Boiler
construction - materials
- Boiler
body - boiler casing is made of welded metal sheets that
are 1/4" thick
- Heat
exchanger - smoke tub heat exchanger made of tube with a
2" diameter
- Insulation
- boiler thermal insulation is composed of glass wool of
Nobasil 1" thick, while the external casing consists
of metal sheet panels 0.8mm thick (powder painted)
- Nozzle
- ceramic element made of refractory concrete (working temp.
up to 2100° F)
- Chimney
flap - made of high quality steel. Tight flap adhesion to
the combustion duct assures the burning chamber tightness
- Boiler
regulator - placed on upper boiler cover. The regulator
is fixed to the boiler cover by spring catch
- Chimney
flue - 8 or 10" diameter, depending on the size of
the boiler
- Ash
pit - steel bottom of the burning chamber, ceramic ash pit
(working temp. 2100° F) and additionally covered by
refractory concrete
- Boiler
door - produced of high quality steel, insulated with Nobasil
thermal insulation and inside covered by refractory concrete
layer. Also protected with heat-resisting fiberglass cord
|
|
EKO
advantages
Orlan
boilers are manufactured as ORLAN SUPER with cooling coil
and mechanical cleaning device:
|
- Efficiency
91%
- Low
service costs
- Easy
and simply maintenance
- Small
quantity of ash
- One
load lasting from 8 to 12 hours
- Power
range from 85 kBtu up to 275 kBtu
- Output
power modulation from 40 to 100%
- Adapted
for closed (pressurized) system
- Equipped
with electronic regulator and room temperature sensor
- Nature
friendly
- Made
from boiler steel
|
|
|
