Stove test comparison table
Enter your target savings and performance into the 4 Blue cells
CRITERIA Target
PM2.5 reduction 80%
CO reduction 50%
Fuel saving 30%
Kilowatts, Net 2.68
Kilowatts, Total 3.83
Test Avg KW, Avg kW, Net Est. fuel Est. PM2.5
Number Stove Name/Condition Fuel Total to room saving reduction
081 081 Avg Traditional Nalaikh 5.38 2.68 0.0% 0.0%
091 091 Trad Dry Coal Dry Nalaikh 8.49 4.30 1.6% 74.7%
106 106 ELCD MM-0 Nalaikh 6.18 4.41 30.1% 86.5%
111 111 Anard+Gas Nalaikh 3.69 2.63 30.2% 92.9%
112 112 Anard+diesel Nalaikh 3.23 2.30 30.0% 98.4%
114 114 GTZ 7.4 Nalaikh 6.72 5.30 36.9% 99.9%
115 115 Silver T-0126 Nalaikh 11.19 8.85 37.0% 99.6%
116 116 Silver T-0126+Air Nalaikh 6.90 6.15 44.1% 99.7%
117 117 GTZ 7.5 Nalaikh 6.34 4.52 30.1% 99.9%
122 122 MM1 Misuse Nalaikh 5.04 3.96 36.6% 47.0%
124 124 MM-1 Nalaikh 5.58 4.47 37.8% 55.3%
125 125 Good Trad Nalaikh 7.65 5.53 31.1% 20.3%
130 130 GTZ5-TLUD Nalaikh 5.61 4.43 36.8% 96.5%
131 131 NDH TLUD Nalaikh 6.62 4.77 30.9% 81.7%
135 135 Royal 1 TLUD Nalaikh 6.52 4.59 29.2% 84.9%
136 136 Silver 181 Nalaikh 6.37 4.55 30.2% 94.0%
137 137 Round ELCD Nalaikh 4.66 3.59 35.3% 91.8%
138 138 Gold DD Nalaikh 8.39 6.10 31.4% 74.1%
139 139 ANARD ASE-7 Nalaikh 3.43 1.95 12.6% 97.2%
141 141 TZ1 FLDD Nalaikh 2.30 1.25 8.4% -195.8%
Edit this section as you deem appropriate
Est. CO Hot Locally Self- Good Control Fast to
reduction Heats well refuelling 5 year life made maintain looks heat cook heat
0.0% Yes Yes Yes Yes Yes Yes No Yes
8.6% Yes Yes Yes Yes Yes Yes No Yes
64.3% Yes Yes Yes Yes Yes Yes Yes Yes
69.1% No Yes No Yes Yes No Yes No
69.1% No Yes No Yes Yes No Yes No
95.1% Yes Yes No Yes No Yes Yes Yes
78.3% Yes No Yes No No Yes Yes Yes
96.9% Yes No Yes No No Yes Yes Yes
96.4% Yes Yes No Yes No Yes Yes No
55.7% Yes Yes Yes Yes Yes Yes Yes Yes
61.1% Yes Yes Yes Yes Yes Yes Yes Yes
66.3% Yes Yes Yes Yes Yes Yes No Yes
75.0% Yes No Yes Yes Yes Yes Yes Yes
75.4% Yes Yes No Yes No Yes Yes Yes
86.1% Yes No Yes Yes No Yes Yes Yes
85.6% Yes No Yes No No Yes Yes Yes
76.1% Yes Yes No Yes No Yes Yes Yes
61.9% Yes Yes Yes Yes Yes Yes Yes No
-3.0% No Yes No Yes Yes No Yes No
-66.2% No Yes Yes Yes No No Yes No
Under
$130
Yes
Yes
Yes
No
No
No
No
No
No
Yes
Yes
Yes
No
Yes
No
No
Yes
No
No
No
Stove Comparisons, February 2011
Analysis 2.59.4
Test Number 081 091
Stove 081 Avg Traditional 091 Trad Dry Coal
Fuel Nalaikh Dry Nalaikh
Moisture, % 20.70 9.00
Ignition method Front lit, wood Front lit, wood
Burn, minutes 194.33 133.17
Thermal Eff, % 49.84 50.65
PM 2.5 mg/Net MJ 794.28 201.34
CO g/ Net MJ 16.61 15.188
CO/CO2 ratio, % 9.55 9.21
Consumption, kg/hr AR 1.62 1.99
Avg KW, Total 5.38 8.49
Avg kW, Net to room 2.68 4.30
COMPARISONS - RELATIVE
Rel. Test length, minutes 1.00 0.69
Rel. Thermal efficiency, % 100% 102%
Est. fuel saving 0.0% 1.6%
Rel. PM 2.5 mg/Net MJ 1.00 0.253
Est. PM2.5 reduction 0.0% 74.7%
Rel. CO/CO2 ratio, % 1.00 0.96
Rel. CO g/Net MJ 1.00 0.91
Est. CO reduction 0.0% 8.6%
Rel. consumption, kg/hr AR 1.00 1.23
Rel. Avg kW, Total 1.00 1.58
Rel. Avg kW, Net to room 1.00 1.61
081 Avg Traditional 091 Trad Dry Coa
122 MM1 Misuse 130 GTZ5-TLUD
10,000
1,000
315.00
309.77
284.65
283.20
250.50
246.33
257.33
238.22
228.00
218.70
228.00
194.33
194.33
173.50
173.32
300
350
0
1
10
100
194.33
133.17
133.33
Burn Time
283.20
284.65
194.33
173.50
150.33
257.33
228.00
309.77
173.32
Burn, minutes
218.70
315.00
228.00
246.33
238.22
250.50
49.84
50.65
71.30
71.45
122 MM1 Misuse
71.22
081 Avg Traditional
79.08
89.17
78.95
71.29
78.67
78.88
283.20 72.08
70.37
Thermal Eff, %
71.37
130 GTZ5-TLUD
091 Trad Dry Coa
283.20
300
250
200 194.33
133.33
133.17
150
100
50
0
Thermal Efficiency, % 081 Avg Traditional 091 Trad D
122 MM1 Misuse 130 GTZ5
100
90
80
71.45
71.30
70
60
50.65
49.84
50
40
30
20
10
0
PM 2.5 mg/Net MJ 081 Avg Traditional 091 Trad D
122 MM1 Misuse 130 GTZ5
2,500
2,000
1,500
1,000
794.28
500
201.34
107.24
56.00
0
CO g/Net MJ 081 Avg Traditional 091 Trad D
122 MM1 Misuse 130 GTZ5
30
25
20
16.61
15.19
15
10
5.92
5.13
5
0
CO/CO2 Ratio 081 Avg Traditional 091 Trad D
122 MM1 Misuse 130 GTZ5
20
18
16
14
12
9.55
9.21
10
8
6
4.65
4.01
4.65
4.01
4
2
0
Fuel Consumption 081 Avg Traditional 091 Trad D
122 MM1 Misuse 130 GTZ5
4
3
3
1.99
2
1.86
1.62
2
1.11
1
1
0
Average Power, KW 081 Avg Traditional 091 Trad D
122 MM1 Misuse 130 GTZ5
12
10
8.49
8
6.18
6.18
6
5.38
3.69
4
2
0
081 Avg Traditional
Average heat delivered
122 MM1 Misuse
into the room, KW
10
9
8
7
7
6
5
4.41
4.30
4 2.68
2.63
3
2
1
0
081 Avg Traditional
Average heat delivered
122 MM1 Misuse
into the room, KW
350%
325%
300%
100%
125%
150%
175%
200%
225%
250%
275%
300%
0%
25%
50%
75%
100.00%
68.52%
68.61%
145.73%
146.48%
77.36%
100.00%
89.28%
132.42%
117.32%
159.40%
89.19%
112.54%
162.09%
117.32%
126.76%
122.58%
128.90%
100.00%
101.62%
143.05%
143.36%
142.89%
158.40%
158.66%
178.89%
143.03%
%
157.83%
158.26%
144.61%
141.18%
143.18%
154.65%
145.82%
114.44%
Rel. Test length, minutes Rel. Thermal efficiency,
109.21%
0.00%
1.59%
30.10%
30.24%
30.02%
36.87%
36.97%
44.10%
30.09%
Est. fuel saving
Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4
106 111 112 114 115
106 ELCD MM-0 111 Anard+Gas 112 Anard+diesel 114 GTZ 7.4 115 Silver T-0126
Nalaikh Nalaikh Nalaikh Nalaikh Nalaikh
26.10 26.10 26.10 26.10 26.10
End Lit, wood Propane + wood Diesel + wood Top lit, wood Top lit, wood
133.33 283.20 284.65 150.33 194.33
71.30 71.45 71.22 78.95 79.08
107.24 56.00 12.39 0.81 2.92
5.923 5.130 5.135 0.821 3.612
4.65 4.01 4.01 0.69 3.10
1.86 1.11 0.97 2.02 3.37
6.18 3.69 3.23 6.72 11.19
4.41 2.63 2.30 5.30 8.85
0.69 1.46 1.46 0.77 1.00
143% 143% 143% 158% 159%
30.1% 30.2% 30.0% 36.9% 37.0%
0.135 0.071 0.016 0.001 0.004
86.5% 92.9% 98.4% 99.9% 99.6%
0.49 0.42 0.42 0.07 0.32
0.36 0.31 0.31 0.05 0.22
64.3% 69.1% 69.1% 95.1% 78.3%
1.15 0.69 0.60 1.25 2.08
1.15 0.69 0.60 1.25 2.08
1.64 0.98 0.86 1.98 3.30
91 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas 112 Anard+die
30 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD 136 Silver 181
2,349.23
A logarithmic vertica
794.28
420.72
205.90
201.34
Eff, %
71.37
77.08
72.68
57.04
30 GTZ5-TLUD
54.43
91 Trad Dry Coal
284.65
201.34
107.24
56.00
12.39
2.92
2.44
0.81
0.54
27.96
131 NDH TLUD
145.40
106 ELCD MM-0
119.98
47.85
PM 2.5 mg/Net MJ
65.50
205.90
21.92
16.61
15.19
5.92
5.13
5.14
111 Anard+Gas
3.612
0.515
135 Royal 1 TLUD
0.821
0.60
7.36
4.158
CO g/ Net MJ
136 Silver 181
112 Anard+die
284.65
194.33
173.50
150.33
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
71.22
79.08
89.17
78.95
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
12.39
2.92
2.44
0.81
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
5.14
3.612
0.821
0.515
0.821
0.515
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
4.01
4.01
3.10
0.69
0.49
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
3.37
2.07
2.02
0.97
Consumption,
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
11.19
6.90
6.72
6.72
3.23
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
8.85
6.15
5.30
2.30
091 Trad Dry Coal 106 ELCD MM-0 111 Anard+Gas
130 GTZ5-TLUD 131 NDH TLUD 135 Royal 1 TLUD
295.77%
30.09%
36.64%
36.81%
30.85%
29.17%
30.16%
Est. fuel saving
35.34%
31.42%
12.62%
8.43%
100.00%
25.35%
13.50%
7.05%
1.56%
0.10%
0.37%
0.31%
0.07%
52.97%
3.52%
18.31%
15.11%
6.02%
8.25%
25.92%
2.76%
Rel. PM 2.5 mg/Net MJ
295.77%
0.00%
74.65%
86.50%
92.95%
98.44%
99.90%
99.63%
99.69%
99.93%
47.03%
96.48%
81.69%
84.89%
93.98%
91.75%
74.08%
Est. PM2.5 reduction
97.24%
Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4
116 117 122 124 125
116 Silver T-0126+Air 117 GTZ 7.5 122 MM1 Misuse 124 MM-1 125 Good Trad
Nalaikh Nalaikh Nalaikh Nalaikh Nalaikh
26.10 26.10 26.10 26.10 26.10
Top lit, wood Top lit, wood End lit, wood Front lit wood Front lit wood
173.50 257.33 228.00 261.05 171.65
89.17 71.29 78.67 80.12 72.32
2.44 0.54 420.72 355.17 632.96
0.515 0.601 7.359 6.466 5.602
0.49 0.45 6.49 5.77 4.46
2.07 1.91 1.51 1.68 2.30
6.90 6.34 5.04 5.58 7.65
6.15 4.52 3.96 4.47 5.53
0.89 1.32 1.17 1.34 0.88
179% 143% 158% 161% 145%
44.1% 30.1% 36.6% 37.8% 31.1%
0.003 0.001 0.530 0.447 0.797
99.7% 99.9% 47.0% 55.3% 20.3%
0.05 0.05 0.68 0.60 0.47
0.03 0.04 0.44 0.39 0.34
96.9% 96.4% 55.7% 61.1% 66.3%
1.28 1.18 0.94 1.04 1.42
1.28 1.18 0.94 1.04 1.42
2.29 1.69 1.48 1.67 2.06
112 Anard+diesel 115 Silver T-0126 116 Silver T-0126+Air
136 Silver 181 137 Round ELCD 138 Gold DD
Stove comparison chart - gases emissions, particulate matter and therm
A logarithmic vertical scale is used because the emissions from some stoves are 10
4.158
4.087
O g/ Net MJ
2.314
2.392
3.965
6.337
17.111
27.605
136 Silver 181
9.55
112 Anard+diesel
9.21
4.65
4.01
4.01
3.10
0.49
0.69
0.45
6.49
309.77 3.58
3.20
1.74
CO/CO2 ratio, %
1.83
137 Round ELCD
115 Silver T-0126
3.33
5.10
11.46
18.80
1.62
1.99
1.86
1.11
0.97
3.37
138 Gold DD
2.07
116 Silver T-0126+Air
Consumption, kg/hr AR
309.77
257.33
228.00
218.70
173.32
Burn, minutes
Anard+Gas 112 Anard+diesel 115 Silver T-0126
Royal 1 TLUD 136 Silver 181 137 Round ELCD
71.29
Thermal Eff, %
78.67
78.88
72.08
70.37
Anard+Gas 112 Anard+diesel 115 Silver T-0126
Royal 1 TLUD 136 Silver 181 137 Round ELCD
420.72
145.40
27.96
0.54
PM 2.5 mg/Net MJ
Anard+Gas 112 Anard+diesel 115 Silver T-0126
Royal 1 TLUD 136 Silver 181 137 Round ELCD
7.36
4.158
4.087
2.314
0.60
2.314
0.60
CO g/ Net MJ
Anard+Gas 112 Anard+diesel 115 Silver T-0126
Royal 1 TLUD 136 Silver 181 137 Round ELCD
6.49
3.58
3.20
3.58
3.20
1.74
0.45
CO/CO2 ratio, %
Anard+Gas 112 Anard+diesel 115 Silver T-0126
Royal 1 TLUD 136 Silver 181 137 Round ELCD
1.99
1.96
1.91
1.69
1.51
1.51
Consumption, kg/hr AR
Anard+Gas 112 Anard+diesel 115 Silver T-0126
Royal 1 TLUD 136 Silver 181 137 Round ELCD
6.62
6.52
6.34
6.62
6.52
6.34
5.61
5.04
Avg KW, Total
111 Anard+Gas 112 Anard+diesel 115 Silver T-0126
135 Royal 1 TLUD 136 Silver 181 137 Round ELCD
4.77
4.59
4.52
4.43
3.96
Avg kW, Net to room
111 Anard+Gas 112 Anard+diesel 114 GTZ 7.4
135 Royal 1 TLUD 136 Silver 181 137 Round ELCD
uction
100.00%
96.37%
48.72%
42.02%
41.93%
7.20%
32.47%
5.08%
4.75%
67.96%
37.44%
33.51%
18.26%
19.16%
34.81%
53.36%
Rel. CO/CO2 ratio, %
119.90%
196.78%
100.00%
91.42%
35.65%
30.87%
30.91%
4.94%
21.74%
3.10%
3.62%
44.30%
25.03%
24.60%
13.93%
14.40%
23.86%
Rel. CO g/Net MJ
38.14%
102.99%
166.16%
0.00%
8.58%
64.35%
69.13%
69.09%
95.06%
78.26%
96.90%
96.38%
Est. CO reduction
Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4
130 131 135 136 137
130 GTZ5-TLUD 131 NDH TLUD135 Royal 1 TLUD 136 Silver 181 137 Round ELCD
Nalaikh Nalaikh Nalaikh Nalaikh Nalaikh
26.10 26.10 26.10 26.10 26.10
Top lit, wood Top lit, wood Top lit, wood Top lit, wood End lit, wood
309.77 173.32 218.70 315.00 228.00
78.88 72.08 70.37 71.37 77.08
27.96 145.40 119.98 47.85 65.50
4.158 4.087 2.314 2.392 3.965
3.58 3.20 1.74 1.83 3.33
1.69 1.99 1.96 1.92 1.40
5.61 6.62 6.52 6.37 4.66
4.43 4.77 4.59 4.55 3.59
1.59 0.89 1.13 1.62 1.17
158% 145% 141% 143% 155%
36.8% 30.9% 29.2% 30.2% 35.3%
0.035 0.183 0.151 0.060 0.082
96.5% 81.7% 84.9% 94.0% 91.8%
0.37 0.34 0.18 0.19 0.35
0.25 0.25 0.14 0.14 0.24
75.0% 75.4% 86.1% 85.6% 76.1%
1.04 1.23 1.21 1.18 0.87
1.04 1.23 1.21 1.18 0.87
1.65 1.78 1.71 1.70 1.34
Silver T-0126+Air 114 GTZ 7.4 117 GTZ 7.5
Gold DD 139 ANARD ASE-7 141 TZ1 FLDD
The three digit number is the test number.
ulate matter and thermal efficiency
om some stoves are 1000 times that of others
11.19
8.39
8.49
6.90
6.72
6.62
6.52
6.37
6.34
6.18
5.61
5.38
5.04
4.66
4.30
3.69
3.43
3.23
2.68
2.52
2.30
2.07
2.02
1.99
1.96
1.92
1.91
1.69
1.51
1.40
1.03
0.69
Consumption, kg/hr AR Avg KW, Total
Silver T-0126+Air 114 GTZ 7.4 117 GTZ 7.5
Gold DD 139 ANARD ASE-7 141 TZ1 FLDD
The three digit number is the test number.
315.00
246.33
238.22
228.00
218.70
116 Silver T-0126+Air 114 GTZ 7.4
138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
The three digit number is the test number.
77.08
72.68
71.37
70.37
57.04
116 Silver T-0126+Air 114 GTZ 7.4
138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
205.90
119.98
65.50
47.85
21.92
116 Silver T-0126+Air 114 GTZ 7.4
138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
17.111
6.337
3.965
2.392
2.314
2.392
2.314
116 Silver T-0126+Air 114 GTZ 7.4
138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
11.46
5.10
3.33
3.33
1.83
1.74
116 Silver T-0126+Air 114 GTZ 7.4
138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
2.52
1.96
1.92
1.40
1.40
1.03
116 Silver T-0126+Air 114 GTZ 7.4
138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
8.39
6.52
6.37
6.52
6.37
4.66
3.43
-0126 116 Silver T-0126+Air 114 GTZ 7.4
ound ELCD 138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
6.10
4.59
4.55
3.59
1.95
115 Silver T-0126 116 Silver T-0126+Air
ound ELCD 138 Gold DD 139 ANARD ASE-7
The three digit number is the test number.
96.38%
55.70%
74.97%
75.40%
86.07%
85.60%
76.14%
Est. CO reduction
61.86%
100.00%
123.27%
114.98%
68.55%
60.07%
124.94%
208.16%
128.28%
117.92%
AR
93.64%
104.40%
123.11%
121.31%
118.47%
86.70%
156.02%
63.73%
42.85%
Rel. consumption, kg/hr
100.00%
157.97%
114.98%
68.55%
60.07%
124.94%
208.16%
128.28%
117.92%
93.64%
104.40%
123.11%
121.31%
118.47%
86.70%
Rel. Avg kW, Total
156.02%
Analysis 2.59.4 Analysis 2.59.4 Analysis 2.59.4
138 139 141 142
138 Gold DD 139 ANARD ASE-7 141 TZ1 FLDD 142 MM2 Stove
Nalaikh Nalaikh Nalaikh Fuel
26.10 26.10 26.10 Moisture, %
Bottom lit, wood Bottom lit, wood Bottom lit, wood Ignition method
246.33 238.22 250.50 Burn, minutes
72.68 57.04 54.43 Thermal Eff, %
205.90 21.92 2,349.23 PM 2.5 mg/Net MJ
6.337 17.111 27.605 CO g/ Net MJ
5.10 11.46 18.80 CO/CO2 ratio, %
2.52 1.03 0.69 Consumption, kg/hr AR
8.39 3.43 2.30 Avg KW, Total
6.10 1.95 1.25 Avg kW, Net to room
1.27 1.23 1.29 Rel. Test length, minutes
146% 114% 109% Rel. Thermal efficiency, %
31.4% 12.6% 8.4% Est. fuel saving
0.259 0.028 2.958 Rel. PM 2.5 mg/Net MJ
74.1% 97.2% -195.8% Est. PM2.5 reduction
0.53 1.20 1.97 Rel. CO/CO2 ratio, %
0.38 1.03 1.66 Rel. CO g/Net MJ
61.9% -3.0% -66.2% Est. CO reduction
1.56 0.64 0.43 Rel. consumption, kg/hr AR
1.56 0.64 0.43 Rel. Avg kW, Total
2.28 0.73 0.47 Rel. Avg kW, Net to room
t number is the test number.
4.30
4.41
2.63
2.30
8.85
6.15
5.30
4.52
3.96
t number is the test number.
4.43
4.77
4.59
4.55
Avg kW, Net to room
3.59
6.10
1.95
1.25
250.50
238.22
117 GTZ 7.5
141 TZ1 FLDD
t number is the test number.
t number is the test number.
57.04
54.43
117 GTZ 7.5
141 TZ1 FLDD
2,349.23
s the test number.
21.92
117 GTZ 7.5
141 TZ1 FLDD
s the test number.
27.605
17.111
117 GTZ 7.5
141 TZ1 FLDD
s the test number.
18.80
11.46
117 GTZ 7.5
141 TZ1 FLDD
s the test number.
1.03
0.69
117 GTZ 7.5
141 TZ1 FLDD
s the test number.
3.43
2.30
117 GTZ 7.5
7 141 TZ1 FLDD
s the test number.
1.95
1.25
0126+Air 117 GTZ 7.5
7 141 TZ1 FLDD
s the test number.
330.28%
W, Total
156.02%
63.73%
42.85%
100.00%
160.52%
164.49%
98.27%
85.84%
197.90%
229.49%
168.66%
147.79%
room
165.22%
178.03%
171.26%
169.64%
134.08%
227.51%
Rel. Avg kW, Net to
72.93%
46.80%
SEET Laboratory Test Single Test Analysis 081.10.5.3
Stove Manufacturer: Ulaanbaatar
Traditional stove, traditional fire Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 16
CO-CO2 reaches 2% 469
CO/CO2 2% 583
CO-CO2 reaches 10% 728
CO-CO2 >10% 728
90% fuel burned 1,249
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 75.52
Ash-corrected Fuel to Boil, g (Green section above) 2,896.22
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO-CO2 reaches 2% 152.7
CO/CO2 2% 97.0
CO-CO2 >10% 91.4
Whole Test 160.3
Stage PM 1.0 g
CO-CO2 reaches 2% 24.455
CO/CO2 2% 0.306
CO-CO2 >10% - 0.001
Whole Test 26.191
Stage MJ Yielded
CO-CO2 reaches 2% 34.67
CO/CO2 2% 8.42
CO-CO2 >10% 10.31
Whole Test 66.20
Test No. 081 Analysis Sheet:
Stove Model: Traditional stove, traditional fire
Date Time Fuel LHV, MJ/kg
8/22/2010 10:50 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
7,652 0.0% 6.2% 1,812
Minutes of burn 75.52 VALID This cooking section can overlap other sectio
11,219 0.0% 1.5% 1,895
Minutes of burn 19.02 VALID
5,911 0.0% 5.0% 1,832
Minutes of burn 23.75 VALID
1,977 0.0% 15.7% 1,664
Minutes of burn 86.90 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
6.2% 8.47 1,078.43 5.54
1.5% 2.25 173.77 1.45
5.0% 14.22 113.45 4.56
15.7% - 208.29 0.67 12.85
9.6% 16.61 794.28 8.28
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
24.472 24.472 24.472 705.785
1.432 1.433 1.433 111.905
0.306 0.306 0.306 36.354
- 0.000 - 0.000 - 0.000 - 0.041
26.210 26.211 26.211 395.901
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.30 65.4 7.65 5.01
3.37 64.4 11.22 7.22
1.78 32.0 5.91 1.89
0.59 -6.2 1.98 - 0.12
1.62 49.8 5.38 2.68
v. 2.594
Analysed by
-
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
66 192.2 #REF!
g section can overlap other sections
17 18.5 #REF!
55 38.4 #REF!
154 132.4 #REF!
Whole Test Beginning line 16
Ending line 1,249
Fuel burned, g 5,529.9
Minutes of test 205.2
Avg g/minute 26.95
Max:Min ratio 5.68
CO g/kg AR CO2 g/MJ CO2 g/kg AR
66.37 151 1812
17.33 158 1895
54.56 153 1832
153.85 139 1664
99.14 147 1756
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
8.450 705.796 8.450
1.340 111.912 1.340
0.435 36.359 0.435
- 0.000 - 0.038 - 0.000
4.740 395.910 4.740
Time, Hrs Net KWHours Cooking Eff
1.26 6.30 0
0.32 2.29 0
0.40 0.75 0
1.45 - 0.18 0
3.42 9.17 0
Colour Coding
Combustion efficiency
MJ related
Mass related
Section 1
Section 2
Section 3
Section 4
Whole test
SEET Laboratory Test Single Test Analysis 091.10.5.3
Stove Manufacturer: Ulaanbaatar
Traditional, dried coal, front lit Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 6
CO-CO2 reaches 2% 253
CO/CO2 2% 435
CO-CO2 reaches 10% 536
CO-CO2 >10% 537
90% fuel burned 805
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 41.17
Ash-corrected Fuel to Boil, g (Green section above) 1,911.13
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO-CO2 reaches 2% 313.0
CO/CO2 2% 78.1
CO-CO2 >10% 145.3
Whole Test 235.3
Stage PM 1.0 g
CO-CO2 reaches 2% 6.735
CO/CO2 2% 0.002
CO-CO2 >10% - 0.000
Whole Test 6.912
Stage MJ Yielded
CO-CO2 reaches 2% 29.32
CO/CO2 2% 4.25
CO-CO2 >10% 8.27
Whole Test 67.87
Test No. 091 Analysis Sheet:
Stove Model: Traditional, dried coal, front lit
Date Time Fuel LHV, MJ/kg
10/4/2010 01:40 PM Coal 15.3
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
11,871 0.0% 8.7% 2,179
Minutes of burn 41.17 VALID This cooking section can overlap other sectio
14,303 0.0% 1.4% 2,337
Minutes of burn 30.00 VALID
4,210 0.0% 6.0% 2,235
Minutes of burn 16.83 VALID
3,087 0.0% 16.7% 2,030
Minutes of burn 44.67 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
8.7% 12.28 385.75 7.32
1.4% 2.28 12.26 1.24
6.0% 14.74 1.52 5.16
16.7% 85.72 - 0.04 13.07
9.2% 15.19 201.34 7.69
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
6.744 6.745 6.745 230.015
0.172 0.172 0.172 6.667
0.002 0.002 0.002 0.532
- 0.000 - 0.000 - 0.000 - 0.006
6.922 6.923 6.923 101.979
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.79 59.6 11.87 7.08
3.36 54.4 14.30 7.78
0.99 35.0 4.21 1.47
0.72 15.2 3.09 0.47
1.99 50.7 8.49 4.30
v. 2.594
Analysed by
-
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
112 214.7 #REF!
g section can overlap other sections
19 32.0 #REF!
79 21.9 #REF!
201 108.1 #REF!
Whole Test Beginning line 6
Ending line 805
Fuel burned, g 4,424.1
Minutes of test 133.2
Avg g/minute 33.22
Max:Min ratio 4.63
CO g/kg AR CO2 g/MJ CO2 g/kg AR
112.37 142 2179
19.04 152 2337
79.10 146 2235
200.55 132 2030
118.02 141 2169
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
3.529 230.056 3.529
0.102 6.669 0.102
0.008 0.533 0.008
- 0.000 - 0.006 - 0.000
1.565 101.997 1.565
Time, Hrs Net KWHours Cooking Eff
0.69 4.86 0
0.50 3.89 0
0.28 0.41 0
0.74 0.35 0
2.22 9.55 0
Colour Coding
Combustion efficiency
MJ related
Mass related
Section 1
Section 2
Section 3
Section 4
Whole test
SEET Laboratory Test Single Test Analysis 106.10.5.3
Stove Manufacturer: Street
MM-0 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 6
Pot boiling 516
CO/CO2 2% 578
CO/CO2 reaches 5% 636
Dying fire 637
90% fuel burned 806
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 85.00
Ash-corrected Fuel to Boil, g (Green section above) 3,360.26
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
Pot boiling 130.1
CO/CO2 2% 25.5
Dying fire 42.9
Whole Test 94.0
Stage PM 1.0 g
Pot boiling 3.675
CO/CO2 2% 0.002
Dying fire 0.004
Whole Test 3.782
Stage MJ Yielded
Pot boiling 40.23
CO/CO2 2% 1.73
Dying fire 4.20
Whole Test 49.47
Test No. 106 Analysis Sheet:
Stove Model: MM-0
Date Time Fuel LHV, MJ/kg
11/30/2010 03:00 PM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
7,888 0.0% 5.1% 1,831
Minutes of burn 85.00 VALID This cooking section can overlap other sectio
5,259 0.0% 1.5% 1,896
Minutes of burn 10.00 VALID
2,984 0.0% 2.6% 1,876
Minutes of burn 9.67 VALID
2,485 0.0% 5.3% 1,827
Minutes of burn 28.17 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
5.1% 6.37 127.09 4.58
1.5% 1.80 41.66 1.37
2.6% 3.35 1.58 2.37
5.3% 7.72 1.49 4.80
4.7% 5.92 107.24 4.22
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
3.676 3.676 3.676 91.372
0.100 0.100 0.100 31.679
0.002 0.002 0.002 1.123
0.004 0.004 0.004 0.925
3.783 3.783 3.783 76.469
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.37 71.9 7.89 5.67
1.58 76.0 5.26 4.00
0.90 70.8 2.98 2.11
0.75 62.2 2.48 1.54
1.86 71.3 6.18 4.41
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
55 184.4 #REF!
g section can overlap other sections
16 4.3 #REF!
28 4.1 #REF!
57 20.1 #REF!
Whole Test Beginning line 6
Ending line 806
Fuel burned, g 4,131.9
Minutes of test 133.3
Avg g/minute 30.99
Max:Min ratio 3.17
CO g/kg AR CO2 g/MJ CO2 g/kg AR
54.87 153 1831
16.42 158 1896
28.39 157 1876
57.41 153 1827
50.56 154 1838
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
1.094 91.379 1.094
0.379 31.680 0.379
0.013 1.123 0.013
0.011 0.926 0.011
0.915 76.475 0.916
Time, Hrs Net KWHours Cooking Eff
1.42 8.03 -
0.17 0.67 -
0.16 0.34 -
0.47 0.72 -
2.22 9.80 -
overlaps and underlaps
Colour Coding
Combustion efficiency
MJ related
Mass related
Section 1
Section 2
Section 3
Section 4
Whole test
Notes:
Net Heat is the same as
the electrical heat needed
for the same amount of
heat to be delivered into
the home.
Totals ignore section
overlaps and underlaps
SEET Laboratory Test Single Test Analysis xxx.10.5
Stove Manufacturer Anard
ASE-7 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 6
CO-CO2 reaches 2% 340
Refuelled 341
CO-CO2 reaches 2% 932
CO/CO2 >2% 933
CO-CO2 reaches 10% 1,160
Dying fire 1,161
Test Ended 77% burned 1,705
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 55.67
Fuel used to Boil, g (Green section above) 1,851.46
Sp Fuel Consumption to boil, g/litre N/A
Energy to boil 1 litre, MJ N/A
CO emitted to boil 1 litre, g N/A
Stage CO, g Per hour
CO-CO2 reaches 2% 79.8
Refuelled 28.5
CO/CO2 >2% 27.9
Dying fire 13.5
Whole Test 48.6
Stage PM 1.0 g
CO-CO2 reaches 2% 2.389
Refuelled 0.047
CO/CO2 >2% 0.052
Dying fire 0.013
Whole Test 2.502
Stage MJ Yielded
CO-CO2 reaches 2% 22.17
Refuelled 32.38
CO/CO2 >2% 4.68
Dying fire 3.33
Whole Test 62.64
Test No. 111 Analysis Sheet:
Stove Model ASE-7
Date Time Fuel LHV, MJ/kg
12/6/2010 12:03 PM Coal 12.0
Stove Power None Average CO2 Emitted
per section None CO/CO2 /kg burned
Watts Water Eff % ratio g
6,636 0.0% 3.6% 1,856
Minutes of burn 55.67 VALID This cooking section can overlap other sectio
5,474 0.0% 1.5% 1,895
Minutes of burn 98.60 VALID
2,063 0.0% 4.1% 1,848
Minutes of burn 37.83 VALID
613 0.0% 6.9% 1,800
Minutes of burn 90.60 VALID
Adjusted to 80 deg COOKING
N/A N/A minutes/Litre
N/A N/A g/minute
N/A N/A g/minute/litre
N/A N/A Eff v.s. theoretical need
N/A
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
3.6% 4.29 138.52 3.34
1.5% 2.05 2.06 1.45
4.1% 5.44 16.05 3.76
6.9% 8.82 5.80 6.11
4.0% 5.13 56.00 3.67
Check for ash correction
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
2.393 2.395 2.395 107.982
0.047 0.047 0.047 1.454
0.052 0.052 0.052 11.103
0.013 0.013 0.013 4.019
2.507 2.508 2.508 40.016
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.00 78.0 6.64 5.17
1.65 70.6 5.47 3.86
0.62 69.2 2.06 1.43
0.18 69.3 0.61 0.43
1.11 71.5 3.69 2.63
Coal, v. 2.58
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
40 74.1 0
g section can overlap other sections
17 46.8 0
45 17.6 0
73 20.4 0
Whole Test Beginning line 6
Ending line 1,705
Fuel burned, g 5,232.3
Minutes of test 283.2
Avg g/minute 18.48
Max:Min ratio 8.93
CO g/kg AR CO2 g/MJ CO2 g/kg AR
40.00 155 1856
17.31 158 1895
45.06 154 1848
73.20 150 1800
43.88 154 1850
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
1.293 108.030 1.293
0.017 1.456 0.017
0.133 11.104 0.133
0.048 4.022 0.048
0.479 40.034 0.479
Note:
Time, Hrs Net KWHours Net Heat is the same as the electric power
0.93 4.80 needed for the same amount of heat to be
1.64 6.35 delivered into the home.
0.63 0.90
1.51 0.64
4.72 12.43 Totals ignore section overlaps/underlaps
Colour Coding
Combustion efficiency
MJ related
Mass related
Section 1
Section 2
Section 3
Section 4
Whole test
SEET Laboratory Test Single Test Analysis xxx.10.5
Stove Manufacturer Anard
ASE-7 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 6
CO-CO2 reaches 2% 350
Refuelled 351
CO-CO2 reaches 2% 862
CO/CO2 >2% 863
CO-CO2 reaches 10% 1,160
Dying fire 1,161
Test ended 1,698
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 57.33
Fuel used to Boil, g (Green section above) 2,027.89
Sp Fuel Consumption to boil, g/litre N/A
Energy to boil 1 litre, MJ N/A
CO emitted to boil 1 litre, g N/A
Stage CO, g Per hour
CO-CO2 reaches 2% 83.7
Refuelled 20.5
CO/CO2 >2% 26.2
Dying fire 7.7
Whole Test 42.5
Stage PM 1.0 g
CO-CO2 reaches 2% 0.487
Refuelled - 0.004
CO/CO2 >2% 0.002
Dying fire 0.000
Whole Test 0.486
Stage MJ Yielded
CO-CO2 reaches 2% 24.28
Refuelled 22.70
CO/CO2 >2% 6.18
Dying fire 1.93
Whole Test 55.17
Test No. 112 Analysis Sheet:
Stove Model ASE-7
Date Time Fuel LHV, MJ/kg
12/8/2010 12:06 PM Coal 12.0
Stove Power None Average CO2 Emitted
per section None CO/CO2 /kg burned
Watts Water Eff % ratio g
7,057 0.0% 3.6% 1,857
Minutes of burn 57.33 VALID This cooking section can overlap other sectio
4,442 0.0% 1.4% 1,898
Minutes of burn 85.17 VALID
2,082 0.0% 3.8% 1,853
Minutes of burn 49.50 VALID
350 0.0% 6.9% 1,800
Minutes of burn 92.15 VALID
Adjusted to 80 deg COOKING
N/A N/A minutes/Litre
N/A N/A g/minute
N/A N/A g/minute/litre
N/A N/A Eff v.s. theoretical need
N/A
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
3.6% 4.29 26.18 3.29
1.4% 1.82 - 0.22 1.28
3.8% 5.02 0.55 3.49
6.9% 8.80 0.35 6.12
4.0% 5.14 12.39 3.66
Check for ash correction
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
0.487 0.487 0.487 20.075
- 0.004 - 0.004 - 0.004 - 0.158
0.002 0.002 0.002 0.384
0.000 0.000 0.000 0.244
0.487 0.487 0.487 8.821
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.12 76.7 7.06 5.41
1.34 70.3 4.44 3.12
0.63 69.6 2.08 1.45
0.11 69.5 0.35 0.24
0.97 71.2 3.23 2.30
Coal, v. 2.58
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
39 80.0 0
g section can overlap other sections
15 29.0 0
42 21.6 0
73 11.8 0
Whole Test Beginning line 6
Ending line 1,698
Fuel burned, g 4,608.5
Minutes of test 284.6
Avg g/minute 16.19
Max:Min ratio 12.70
CO g/kg AR CO2 g/MJ CO2 g/kg AR
39.43 155 1857
15.31 159 1898
41.83 155 1853
73.29 150 1800
43.78 155 1850
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
0.240 20.076 0.240
- 0.002 - 0.157 - 0.002
0.005 0.386 0.005
0.003 0.249 0.003
0.106 8.823 0.106
Note:
Time, Hrs Net KWHours Net Heat is the same as the electric power
0.96 5.17 needed for the same amount of heat to be
1.42 4.43 delivered into the home.
0.82 1.20
1.54 0.37
4.74 10.92 Totals ignore section overlaps/underlaps
Colour Coding
Combustion efficiency
MJ related
Mass related
Section 1
Section 2
Section 3
Section 4
Whole test
SEET Laboratory Test Single Test Analysis 114.10.5.3
Stove Manufacturer: GTZ
GTZ 7.4 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 6
CO-CO2 goes below 2% 98
CO-CO2 goes below 2% 99
Shake grate 275
Shake grate 1 276
Shake grate 2 605
Shake grate 3 606
90% fuel burned 908
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 15.33
Ash-corrected Fuel to Boil, g (Green section above) 820.19
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO-CO2 goes below 2% 48.3
CO-CO2 goes below 2% 19.0
Shake grate 1 6.8
Shake grate 3 13.7
Whole Test 15.7
Stage PM 1.0 g
CO-CO2 goes below 2% 0.043
CO-CO2 goes below 2% - 0.002
Shake grate 1 - 0.003
Shake grate 3 0.000
Whole Test 0.039
Stage MJ Yielded
CO-CO2 goes below 2% 9.82
CO-CO2 goes below 2% 14.54
Shake grate 1 22.90
Shake grate 3 13.10
Whole Test 60.60
Test No. 114 Analysis Sheet:
Stove Model: GTZ 7.4
Date Time Fuel LHV, MJ/kg
12/13/2010 11:12 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
10,673 0.0% 1.3% 1,898
Minutes of burn 15.33 VALID This cooking section can overlap other sectio
8,260 0.0% 0.7% 1,911
Minutes of burn 29.33 VALID
6,961 0.0% 0.3% 1,918
Minutes of burn 54.83 VALID
4,336 0.0% 0.9% 1,906
Minutes of burn 50.33 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
1.34% 1.42 4.99 1.26
0.68% 0.80 - 0.19 0.64
0.29% 0.36 - 0.16 0.27
0.93% 1.16 0.02 0.88
0.69% 0.82 0.81 0.65
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
0.044 0.044 0.044 4.435
- 0.002 - 0.002 - 0.002 - 0.149
- 0.003 - 0.003 - 0.003 - 0.119
0.000 0.000 0.000 0.012
0.039 0.039 0.039 0.641
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
3.21 88.8 10.67 9.48
2.48 79.7 8.26 6.58
2.09 76.0 6.96 5.29
1.30 75.9 4.34 3.29
2.02 79.0 6.72 5.30
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
15 12.4 #REF!
g section can overlap other sections
8 9.3 #REF!
3 6.3 #REF!
11 11.5 #REF!
Whole Test Beginning line 6
Ending line 908
Fuel burned, g 5,062.1
Minutes of test 150.3
Avg g/minute 33.67
Max:Min ratio 2.46
CO g/kg AR CO2 g/MJ CO2 g/kg AR
15.06 159 1898
7.63 160 1911
3.27 160 1918
10.50 159 1906
7.76 160 1911
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
0.053 4.436 0.053
- 0.002 - 0.149 - 0.002
- 0.001 - 0.118 - 0.001
0.000 0.013 0.000
0.008 0.642 0.008
Time, Hrs Net KWHours Cooking Eff
0.26 2.42 -
0.49 3.22 -
0.91 4.83 -
0.84 2.76 -
2.51 13.29 -
SEET Laboratory Test Single Test Analysis 115.10.5.3
Stove Manufacturer: Silver (Turkey)
T0126 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 7
CO-CO2 reaches 2% 302
CO/CO2 2% 454
CO-CO2 back to 2% 208.8
CO-CO2 2% 0.124
CO-CO2 2% 59.98
CO-CO2 2% 1,250
90% fuel burned 1,550
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 24.83
Ash-corrected Fuel to Boil, g (Green section above) 597.84
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO-CO2 reaches 2% 36.4
CO/CO2 2% 2.4
Whole Test 9.8
Stage PM 1.0 g
CO-CO2 reaches 2% 0.046
CO/CO2 2% - 0.004
Whole Test 0.037
Stage MJ Yielded
CO-CO2 reaches 2% 7.16
CO/CO2 2% 13.48
Whole Test 97.91
Test No. 117 Analysis Sheet:
Stove Model: GTZ 7.5
Date Time Fuel LHV, MJ/kg
12/18/2010 10:35 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
4,804 0.0% 2.3% 1,881
Minutes of burn 24.83 VALID This cooking section can overlap other sectio
6,474 0.0% 0.4% 1,916
Minutes of burn 129.50 VALID
8,478 0.0% 0.0% 1,923
Minutes of burn 53.00 VALID
4,495 0.0% 0.2% 1,921
Minutes of burn 50.00 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
2.3% 2.91 8.86 2.11
0.4% 0.54 - 0.02 0.37
0.0% 0.02 - 0.20 0.02
0.2% 0.22 - 0.39 0.15
0.5% 0.60 0.54 0.43
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
0.046 0.046 0.046 6.416
- 0.001 - 0.001 - 0.001 - 0.011
- 0.004 - 0.004 - 0.004 - 0.158
- 0.004 - 0.004 - 0.004 - 0.270
0.037 0.038 0.038 0.383
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
1.44 72.4 4.80 3.48
1.95 68.2 6.47 4.41
2.55 78.2 8.48 6.63
1.35 68.4 4.49 3.08
1.91 71.3 6.34 4.52
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
25 15.1 #REF!
g section can overlap other sections
4 18.5 #REF!
0 0.5 #REF!
2 2.0 #REF!
Whole Test Beginning line 6
Ending line 1,550
Fuel burned, g 8,178.1
Minutes of test 257.3
Avg g/minute 31.78
Max:Min ratio 1.89
CO g/kg AR CO2 g/MJ CO2 g/kg AR
25.21 157 1881
4.40 160 1916
0.22 161 1923
1.81 160 1921
5.13 160 1915
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
0.077 6.418 0.077
- 0.000 - 0.010 - 0.000
- 0.002 - 0.157 - 0.002
- 0.003 - 0.270 - 0.003
0.005 0.384 0.005
Time, Hrs Net KWHours Cooking Eff
0.41 1.44 0
2.16 9.53 0
0.88 5.86 0
0.83 2.56 0
4.29 19.39 0
Colour Coding
Combustion efficiency
MJ related
Mass related
Section 1
Section 2
Section 3
Section 4
Whole test
SEET Laboratory Test Single Test Analysis 122 Misuse.10.5.3
Stove Manufacturer: Street
MM-1 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 18
CO-CO2 = 2% 481
CO/CO2 2.00% 540
CO/CO2 >2.00% 540
Refuelled 819
Refuelled 819
90% fuel burned 1,388
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 77.00
Ash-corrected Fuel to Boil, g (Green section above) 2,297.10
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO-CO2 = 2% 139.6
CO/CO2 2.00% 58.2
Refuelled 100.2
Whole Test 105.0
Stage PM 1.0 g
CO-CO2 = 2% 12.900
CO/CO2 2.00% 0.001
Refuelled 9.837
Whole Test 22.781
Stage MJ Yielded
CO-CO2 = 2% 27.50
CO/CO2 2.00% 6.26
Refuelled 31.89
Whole Test 68.89
122 Misuse.10.5.3 Test No. 122 Misuse Analysis Sheet:
Stove Model: MM-1
Date Time Fuel LHV, MJ/kg
2/21/2011 03:54 PM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
5,952 0.0% 7.4% 1,792
Minutes of burn 77.00 VALID This cooking section can overlap other sectio
5,382 0.0% 1.5% 1,895
Minutes of burn 10.00 VALID
2,221 0.0% 8.3% 1,776
Minutes of burn 47.00 VALID
5,655 0.0% 5.5% 1,824
Minutes of burn 94.00 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
7.37% 8.36 602.53 6.51
1.52% 1.68 15.73 1.42
8.31% 10.05 0.14 7.28
5.47% 6.16 386.15 4.92
6.49% 7.36 420.72 5.79
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
12.914 12.914 12.914 469.583
0.043 0.043 0.043 13.305
0.001 0.001 0.001 0.104
9.842 9.842 9.842 308.591
22.800 22.800 22.800 330.967
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
1.79 77.9 5.95 4.64
1.62 84.6 5.38 4.55
0.67 72.5 2.22 1.61
1.70 79.9 5.65 4.52
1.51 78.7 5.04 3.96
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
78 179.2 #REF!
g section can overlap other sections
17 4.6 #REF!
87 45.6 #REF!
59 156.9 #REF!
Whole Test Beginning line 18
Ending line 1,388
Fuel burned, g 5,754.2
Minutes of test 228.0
Avg g/minute 25.24
Max:Min ratio 2.68
CO g/kg AR CO2 g/MJ CO2 g/kg AR
77.99 150 1792
17.05 158 1895
87.20 148 1776
58.91 152 1824
69.31 151 1807
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
5.622 469.588 5.622
0.159 13.307 0.159
0.001 0.105 0.001
3.694 308.593 3.694
3.962 330.969 3.962
Time, Hrs Net KWHours Cooking Eff
1.28 5.95 -
0.17 0.76 -
0.78 1.26 -
1.57 7.08 -
3.80 15.05 -
SEET Laboratory Test Single Test Analysis 124.10.5.3
Stove Manufacturer: Street
MM-1 Coal Stove Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 5
CO/CO2 reaches 2% 418
CO/CO2 2% 662
CO/CO2 2% 431
Refuelled 431
CO/CO2 >2% 854
CO/CO2 >2% 854
90% fuel burned 1,035
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 28.02
Ash-corrected Fuel to Boil, g (Green section above) 1,921.39
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO/CO2 = 2% 359.3
CO/CO2 2% 26.0
Whole Test 111.6
Stage PM 1.0 g
CO/CO2 = 2% 21.204
CO/CO2 2% 0.002
Whole Test 36.061
Stage MJ Yielded
CO/CO2 = 2% 23.00
CO/CO2 2% 4.23
Whole Test 78.79
Test No. 125 Analysis Sheet:
Stove Model: Modern Traditional Stove, well made
Date Time Fuel LHV, MJ/kg
2/24/2011 11:35 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
13,684 0.0% 8.3% 1,776
Minutes of burn 28.02 VALID This cooking section can overlap other sectio
7,119 0.0% 3.6% 1,858
Minutes of burn 42.87 VALID
7,852 0.0% 4.0% 1,850
Minutes of burn 70.57 VALID
2,334 0.0% 3.4% 1,861
Minutes of burn 30.20 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
8.3% 9.28 1,174.00 7.29
3.6% 4.65 437.32 3.28
4.0% 5.21 395.65 3.65
3.4% 4.79 0.76 3.09
4.5% 5.60 632.96 4.05
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
21.211 21.211 21.211 922.119
5.636 5.636 5.636 307.796
9.219 9.219 9.219 277.307
0.002 0.002 0.002 0.493
36.069 36.069 36.069 457.788
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
4.11 78.5 13.68 10.75
2.14 70.4 7.12 5.01
2.36 70.1 7.85 5.50
0.70 64.5 2.33 1.50
2.30 72.3 7.65 5.53
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
87 167.8 #REF!
g section can overlap other sections
39 60.0 #REF!
44 121.4 #REF!
37 13.1 #REF!
Whole Test Beginning line 6
Ending line 1,035
Fuel burned, g 6,581.2
Minutes of test 171.6
Avg g/minute 38.34
Max:Min ratio 5.86
CO g/kg AR CO2 g/MJ CO2 g/kg AR
87.31 148 1776
39.21 155 1858
43.71 155 1850
37.01 155 1861
48.50 154 1842
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
11.039 922.120 11.039
3.685 307.796 3.685
3.320 277.307 3.320
0.006 0.493 0.006
5.481 457.788 5.481
Time, Hrs Net KWHours Cooking Eff
0.47 5.02 -
0.71 3.58 -
1.18 6.47 -
0.50 0.76 -
2.86 15.83 -
SEET Laboratory Test Single Test Analysis 130.10.5.3
Stove Manufacturer: GIZ
GIZ 5, Round Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 8
CO/CO2 reaches 2% 233
CO/CO2 2% 1,457
CO/CO2 2% 964
90% fuel burned 1,044
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 46.70
Ash-corrected Fuel to Boil, g (Green section above) 1,647.08
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO-CO2 = 2% 182.1
CO/CO2 2% 33.3
Whole Test 70.2
Stage PM 1.0 g
CO-CO2 = 2% 5.359
CO/CO2 2% - 0.001
Whole Test 7.211
Stage MJ Yielded
CO-CO2 = 2% 19.72
CO/CO2 2% 2.04
Whole Test 68.84
Test No. 131 Analysis Sheet:
Stove Model: NHD 1 TLUD
Date Time Fuel LHV, MJ/kg
3/2/2011 11:35 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
7,037 0.0% 8.2% 1,778
Minutes of burn 46.70 VALID This cooking section can overlap other sectio
6,864 0.0% 0.5% 1,913
Minutes of burn 58.22 VALID
6,997 0.0% 1.8% 1,890
Minutes of burn 55.05 VALID
2,543 0.0% 4.0% 1,850
Minutes of burn 13.35 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
8.19% 11.13 421.16 7.19
0.54% 0.67 1.92 0.51
1.78% 2.25 106.26 1.66
3.99% 5.78 - 0.60 3.64
3.20% 4.09 145.40 2.95
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
5.363 5.363 5.363 271.981
0.035 0.035 0.035 1.480
1.817 1.817 1.817 78.644
- 0.001 - 0.001 - 0.001 - 0.376
7.215 7.215 7.215 104.807
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.12 64.6 7.04 4.54
2.06 77.2 6.86 5.30
2.10 74.0 7.00 5.18
0.76 63.0 2.54 1.60
1.99 72.1 6.62 4.77
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
86 141.7 #REF!
g section can overlap other sections
6 12.3 #REF!
20 38.4 #REF!
44 7.4 #REF!
Whole Test Beginning line 5
Ending line 1,044
Fuel burned, g 5,750.4
Minutes of test 173.3
Avg g/minute 33.18
Max:Min ratio 2.77
CO g/kg AR CO2 g/MJ CO2 g/kg AR
86.03 149 1778
6.15 160 1913
19.91 158 1890
43.58 155 1850
35.26 156 1864
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
3.256 271.981 3.256
0.018 1.480 0.018
0.942 78.644 0.942
- 0.005 - 0.376 - 0.005
1.255 104.807 1.255
Time, Hrs Net KWHours Cooking Eff
0.78 3.54 -
0.97 5.14 -
0.92 4.75 -
0.22 0.36 -
2.89 13.78 -
SEET Laboratory Test Single Test Analysis 135.10.5.3
Stove Manufacturer: Royal
Royal 1 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 8
CO/CO2 = 2% 333
CO/CO2 2% 665
CO/CO2 =2% 818
CO/CO2 2% 66.9
CO/CO2 2% - 0.001
CO/CO2 2% 14.00
CO/CO2 2% 813
CO/CO2 =5% 1,363
CO/CO2 >5% 1,363
90% fuel burned 1,374
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 81.67
Ash-corrected Fuel to Boil, g (Green section above) 3,245.90
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO/CO2 =2% 127.0
CO/CO2 2% 19.7
CO/CO2 >5% 16.8
Whole Test 51.3
Stage PM 1.0 g
CO/CO2 =2% 3.220
CO/CO2 2% - 0.002
CO/CO2 >5% - 0.000
Whole Test 3.220
Stage MJ Yielded
CO/CO2 =2% 38.86
CO/CO2 2% 10.29
CO/CO2 >5% 0.11
Whole Test 63.78
Test No. 137 Analysis Sheet:
Stove Model: ELCD Round
Date Time Fuel LHV, MJ/kg
3/10/2011 10:30 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
7,930 0.0% 4.9% 1,834
Minutes of burn 81.67 VALID This cooking section can overlap other sectio
4,581 0.0% 1.2% 1,902
Minutes of burn 52.83 VALID
1,871 0.0% 3.2% 1,865
Minutes of burn 91.67 VALID
1,003 0.0% 5.2% 1,829
Minutes of burn 1.83 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
4.91% 5.71 106.48 4.45
1.18% 1.42 0.15 1.10
3.17% 3.98 - 0.26 2.92
5.16% 6.85 - 0.42 4.66
3.33% 3.96 65.50 3.06
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
3.220 3.220 3.220 82.872
0.002 0.002 0.002 0.120
- 0.002 - 0.002 - 0.002 - 0.189
- 0.000 - 0.000 - 0.000 - 0.286
3.220 3.220 3.220 50.487
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
2.38 77.8 7.93 6.17
1.38 77.8 4.58 3.56
0.56 73.4 1.87 1.37
0.30 68.1 1.00 0.68
1.40 77.1 4.66 3.59
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
53 172.8 #REF!
g section can overlap other sections
13 16.0 #REF!
35 30.1 #REF!
56 0.5 #REF!
Whole Test Beginning line 6
Ending line 1,374
Fuel burned, g 5,327.6
Minutes of test 228.0
Avg g/minute 23.37
Max:Min ratio 7.91
CO g/kg AR CO2 g/MJ CO2 g/kg AR
53.24 153 1834
13.21 159 1902
34.97 156 1865
55.78 153 1829
36.59 156 1862
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
0.992 82.872 0.992
0.001 0.120 0.001
- 0.002 - 0.189 - 0.002
- 0.003 - 0.286 - 0.003
0.604 50.487 0.604
Time, Hrs Net KWHours Cooking Eff
1.36 8.40 -
0.88 3.14 -
1.53 2.10 -
0.03 0.02 -
3.80 13.66 -
SEET Laboratory Test Single Test Analysis 138.10.5.3
Stove Manufacturer: Individual
Gold DD 1 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 8
CO/CO2 = 2% 357
CO/CO2 2% 584
CO/CO2 =10% 687
CO/CO2 >10% 687
90% fuel burned 1,440
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 26.50
Ash-corrected Fuel to Boil, g (Green section above) 629.59
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
CO/CO2 = 2% 122.5
CO/CO2 2% 51.9
CO/CO2 >10% 56.6
Whole Test 120.4
Stage PM 1.0 g
CO/CO2 = 2% 0.547
CO/CO2 2% - 0.000
CO/CO2 >10% 0.000
Whole Test 0.612
Stage MJ Yielded
CO/CO2 = 2% 7.54
CO/CO2 2% 2.85
CO/CO2 >10% 7.81
Whole Test 48.98
Test No. 139 Analysis Sheet:
Stove Model: ASE-7
Date Time Fuel LHV, MJ/kg
3/23/2011 11:23 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
4,740 0.0% 8.2% 1,778
Minutes of burn 26.50 VALID This cooking section can overlap other sectio
7,424 0.0% 0.9% 1,906
Minutes of burn 69.10 VALID
2,771 0.0% 5.8% 1,818
Minutes of burn 17.17 VALID
1,038 0.0% 19.0% 1,617
Minutes of burn 125.45 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
8.18% 13.45 135.91 7.18
0.92% 1.35 3.29 0.87
5.80% 9.44 - 0.01 5.20
18.99% 45.53 0.18 15.15
11.46% 17.11 21.92 9.76
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
0.547 0.547 0.547 72.557
0.065 0.065 0.065 2.113
- 0.000 - 0.000 - 0.000 - 0.006
0.000 0.000 0.000 0.060
0.612 0.612 0.612 12.501
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
1.43 53.4 4.74 2.53
2.23 64.1 7.42 4.76
0.83 55.1 2.77 1.53
0.31 33.3 1.04 0.35
1.03 57.0 3.43 1.95
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
86 54.1 #REF!
g section can overlap other sections
10 26.7 #REF!
62 14.9 #REF!
181 118.4 #REF!
Whole Test Beginning line 11
Ending line 1,440
Fuel burned, g 4,091.6
Minutes of test 238.2
Avg g/minute 17.18
Max:Min ratio 7.15
CO g/kg AR CO2 g/MJ CO2 g/kg AR
85.95 149 1778
10.37 159 1906
62.30 152 1818
181.40 135 1617
116.85 144 1726
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
0.869 72.557 0.869
0.025 2.113 0.025
- 0.000 - 0.006 - 0.000
0.001 0.060 0.001
0.150 12.501 0.150
Time, Hrs Net KWHours Cooking Eff
0.44 1.12 -
1.15 5.48 -
0.29 0.44 -
2.09 0.72 -
3.97 7.76 -
SEET Laboratory Test Single Test Analysis 141.10.5.3
Stove Manufacturer: Temuun Ulzii
TZ1 Report
Enter line numbers in Column C to Event
divide the test into relevant sections. Occurs on
The last line is auto-set on Test Info page Line Number:
Wood Ignition 7
Disturbed 227
Disturbed 227
Refuelled 678
Refuelled 678
Hour 3 1,137
Hour 3 1,137
90% fuel burned 1,510
Initial Mass of Water Boiled, g -
Time to Boil, minutes (Green section above) 36.67
Ash-corrected Fuel to Boil, g (Green section above) 738.32
Sp Fuel Consumption to boil, g/litre #DIV/0!
Energy to boil 1 litre, MJ #DIV/0!
CO emitted to boil 1 litre, g #DIV/0!
Stage CO, g Per hour
Disturbed 192.2
Disturbed 178.7
Refuelled 102.6
Hour 3 50.4
Whole Test 124.7
Stage PM 1.0 g
Disturbed 28.748
Disturbed 12.924
Refuelled 1.845
Hour 3 0.705
Whole Test 44.222
Stage MJ Yielded
Disturbed 8.84
Disturbed 12.93
Refuelled 9.18
Hour 3 3.69
Whole Test 34.63
Test No. 141 Analysis Sheet:
Stove Model: TZ1
Date Time Fuel LHV, MJ/kg
3/25/2011 11:21 AM Coal 12.0
Stove Power 0 Average CO2 Emitted
per section 0 CO/CO2 /kg burned
Watts Water Eff % ratio g
4,018 0.0% 16.3% 1,655
Minutes of burn 36.67 VALID This cooking section can overlap other sectio
2,866 0.0% 22.3% 1,573
Minutes of burn 75.17 VALID
2,000 0.0% 17.7% 1,635
Minutes of burn 76.50 VALID
989 0.0% 17.5% 1,637
Minutes of burn 62.17 VALID
Adjusted to 80 deg COOKING
#REF! #REF! minutes/Litre
#REF! #REF! g/minute
#REF! #REF! g/minute/litre
#REF! #REF! Eff, adjusted for temperature
#REF!
CO/CO2 CO, g/Net MJ PM2.5 mg/net MJ CO, g/MJ
16.27% 17.79 4,363.94 13.29
22.30% 36.90 2,130.81 17.32
17.65% 27.75 391.64 14.25
17.50% 35.46 480.04 14.15
18.80% 27.61 2,349.23 15.03
PM 2.5 g PM 4.0 g PM 10 g PM2.5 mg/MJ
28.810 28.814 28.814 3,259.462
12.929 12.929 12.929 1,000.093
1.845 1.845 1.845 201.059
0.707 0.707 0.707 191.505
44.291 44.295 44.295 1,278.803
Fuel, kg/hr AR Thermal Eff Heat, kW Net heat, kW
1.21 74.7 4.02 3.00
0.86 46.9 2.87 1.35
0.60 51.3 2.00 1.03
0.30 39.9 0.99 0.39
0.69 54.4 2.30 1.25
v. 2.594
Analysed by
C Pemberton-Pigott
CO Emitted CO emitted H20 Delta T
/kg burned during this during this
g portion, g section
159 117.4 #REF!
g section can overlap other sections
207 223.9 #REF!
171 130.8 #REF!
169 52.2 #REF!
Whole Test Beginning line 7
Ending line 1,510
Fuel burned, g 2,893.0
Minutes of test 250.5
Avg g/minute 11.55
Max:Min ratio 4.06
CO g/kg AR CO2 g/MJ CO2 g/kg AR
159.07 138 1655
207.31 131 1573
170.57 137 1635
169.35 137 1637
179.90 135 1619
PM2.5 g/kg AR PM10 mg/MJ PM10 g/kg AR
39.022 3,259.889 39.027
11.973 1,000.097 11.973
2.407 201.061 2.407
2.293 191.594 2.294
15.310 1,278.923 15.311
Time, Hrs Net KWHours Cooking Eff
0.61 1.83 -
1.25 1.69 -
1.27 1.31 -
1.04 0.41 -
4.17 5.24 -