## Emission testing results for Windhager BioWIN and BioWIN-XL

BioWIN260 - TUV Test report H-C3 1190-01/08, 2008-03-15 High Load Measured flue gas parameters Steady State CO-content ppm 68Test report page 4/6 mg/m3 78calculated @ 7.2% O2 CO (related to 10% O2) mg/m3 62Test report page 5/6 CO (related to 13% O2) mg/m3 45Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 79 CO-content ppm 69

Measured Dust Dust particulites mg/m3 15 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 11 Dust particulites (related to 13% O2) mg/m3 8

Dust particulites mg/MJ 5 Calculated Lbs/MMBTU 0.01
Pellet boiler efficiency Effifency LHV, measured % 93 Efficiency HHV, calculated % 87 Moisture content pellets 6.40%

## BioWIN210 - TUV Test report NA High Load Measured flue gas parameters Steady State CO-content ppm Test report page 4/6 mg/m3 calculated @ 7.2% O2 CO (related to 10% O2) mg/m3 Test report page 5/6 CO (related to 13% O2) mg/m3 Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 CO-content ppm

Measured Dust Dust particulites mg/m3 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 Dust particulites (related to 13% O2) mg/m3

Dust particulites mg/MJ Calculated Lbs/MMBTU

Pellet boiler efficiency Effifency LHV, measured % Efficiency HHV, calculated % Moisture content pellets

## BioWIN150 - TUV Test report H-C2 1190-02/12, 2012-05-23 High Load Measured flue gas parameters Steady State CO-content ppm 52Test report page 4/6 mg/m3 60calculated @ 6% O2 CO (related to 10% O2) mg/m3 21Test report page 5/6 CO (related to 13% O2) mg/m3 15Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 17 CO-content ppm 15

Measured Dust Dust particulites mg/m3 18 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 14 Dust particulites (related to 13% O2) mg/m3 15
Dust particulites mg/MJ 6 Calculated Lbs/MMBTU 0.014
Pellet boiler efficiency Effifency LHV, measured % 92.7 Efficiency HHV, calculated % 87 Moisture content pellets 6.40%

## BioWIN100 - TUV Test report H-C1 1190-03/12, 2012-05-23 High Load Measured flue gas parameters Steady State CO-content ppm 60Test report page 4/6 mg/m3 69calculated @ 8% O2 CO (related to 10% O2) mg/m3 59Test report page 5/6 CO (related to 13% O2) mg/m3 43Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 75 CO-content ppm 65

Measured Dust Dust particulites mg/m3 17 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 13 Dust particulites (related to 13% O2) mg/m3 9
Dust particulites mg/MJ 6 Calculated Lbs/MMBTU 0.014
Pellet boiler efficiency Effifency LHV, measured % 93.2 Efficiency HHV, calculated % 87 Moisture content pellets 6.40%

## BioWIN350 - TUV Test report H-C4 1190-00/11, 2011-02-09 High Load Measured flue gas parameters Steady State CO-content ppm 39Test report page 4/6 mg/m3 45calculated @ 8.4% O2 CO (related to 10% O2) mg/m3 39Test report page 5/6 CO (related to 13% O2) mg/m3 28Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 50 CO-content ppm 44

Measured Dust Dust particulites mg/m3 21 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 17 Dust particulites (related to 13% O2) mg/m3 12
Dust particulites mg/MJ 8 Calculated Lbs/MMBTU 0.019
Pellet boiler efficiency Effifency LHV, measured % 91.2 Efficiency HHV, calculated % 86 Moisture content pellets 6.40%

## BioWIN450 NA High Load Measured flue gas parameters Steady State CO-content ppm Test report page 4/6 mg/m3 calculated @ 9.5% O2 CO (related to 10% O2) mg/m3 Test report page 5/6 CO (related to 13% O2) mg/m3 Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 CO-content ppm

Measured Dust Dust particulites mg/m3 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 Dust particulites (related to 13% O2) mg/m3

Dust particulites mg/MJ Calculated Lbs/MMBTU

Pellet boiler efficiency Effifency LHV, measured % Efficiency HHV, calculated % Moisture content pellets

## BioWIN600 - TUV Test report H-C5 1190-00/11, 2011-02-09 High Load Measured flue gas parameters Steady State CO-content ppm 45Test report page 4/6 mg/m3 52calculated @ 9.5% O2 CO (related to 10% O2) mg/m3 43Test report page 5/6 CO (related to 13% O2) mg/m3 31Test report page 5/6 Calculated CO (related to 7% O2) mg/m3 55 CO-content ppm 48

Measured Dust Dust particulites mg/m3 21 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 16 Dust particulites (related to 13% O2) mg/m3 12
Dust particulites mg/MJ 8 Calculated Lbs/MMBTU 0.019
Pellet boiler efficiency Effifency LHV, measured % 90.1 Efficiency HHV, calculated % 85 Moisture content pellets 6.40%

## FireWIN120 - TUV Test report W-O 1162-00/68, 2008-04-15 High Load Measured flue gas parameters Steady State CO-content ppm 72Test report page 11/15 mg/m3 83 calculated @ 9.5% O2 CO (related to 10% O2) mg/m3 NA CO (related to 13% O2) mg/m3 48Test report page 14/15 Calculated CO (related to 7% O2) mg/m3 108 CO-content ppm 94

Measured Dust Dust particulites mg/m3 37 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 NA Dust particulites (related to 13% O2) mg/m3 20
Dust particulites mg/MJ 13 Calculated Lbs/MMBTU 0.030
Pellet boiler efficiency Effifency LHV, measured % 94.1 Efficiency HHV, calculated % 88 Moisture content pellets 6.40%

## FireWIN90 - TUV Test report W-O 1162-00/68, 2008-04-15 High Load Measured flue gas parameters Steady State CO-content ppm 74Test report page 11/15 mg/m3 85calculated @ 9.3% O2 CO (related to 10% O2) mg/m3 NA CO (related to 13% O2) mg/m3 55Test report page 14/15 Calculated CO (related to 7% O2) mg/m3 103 CO-content ppm 90

Measured Dust Dust particulites mg/m3 26 Calculated with CO molar mass of 28.01 gr/mol Dust particulites (related to 10% O2) mg/m3 NA Dust particulites (related to 13% O2) mg/m3 16
Dust particulites mg/MJ 10 Calculated Lbs/MMBTU 0.023
Pellet boiler efficiency Effifency LHV, measured % 94.5 Efficiency HHV, calculated % 88 Moisture content pellets 6.40%