SBI CAMBRIDGE II Mode D'emploi page 221

Report prepared for Guillaume Thibodeau-Fortin (Stove Builder International Inc.) on
6/17/2019 7:40:40 AM
TEST REPORT 103819589MTL-001
TEST REPORT FOR STOVE BUILDER INTERNATIONAL INC.
Report No.: 103819589MTL-001
Date: 03/26/19
100
TOTAL PARTICULATE WEIGHT – ASTM E2515
PARTICULATE CONCENTRATION – ASTM E2515
where:
K
2
TOTAL PARTICULATE EMISSIONS (g) – ASTM E2515
PROPORTIONAL RATE VARIATION (%) – ASTM E2515
MEASUREMENT OF UNCERTAINTY – ASTM E2515
GENERAL FORMULA – ASTM E2515
Where:
δY/δx
i
u
i
TOTAL PARTICULATE EMISSIONS – ASTM E2515
where:
c
s
c
r
Q
std
θ
MU OF c
Version: 05/10/17
Stove Builder International Inc. | 48202 | Rev: May 31 2019 10:15AM | Uncontrolled Copy
= Conversion to percent.
M = m + m + m
n p f g
C = K (m /V ) g/dscm (g/dscf)
s 2 n m(std)
= 0.001 g/mg
E = (C – C )Q θ
T s r std
PR = [θ(V V T T )/(10(V
mi s m si m
2
MU = √0.1 • X
weighing
2
uY = √((δY/δx ) x u ) + ... + ((δY/δx
1 1
= Partial derivative of the combining formula with respect to individual measurement xi,
= is the uncertainty associated with that measurement.
E = (c – c ) Q θ
T s r std
= sample filter catch/(sample flow rate x test duration), g/dscf,
= room background filter catch/(sample flow x sampling time), g/dscf,
= average dilution tunnel flow rate, dscf/min, and
= sampling time, minutes.
s
c = F /(Q x θ) = 0.025/(0.25 x 180) = 0.0005555
s c sample
δc /δF = 1/Q • Θ = 1/0.25 • 180 = 0.0222
s c sample
2
δc /δQ = -F /Q • Θ = -0.025/0.25
s sample c sample
2
δc /δΘ = -F /Q • Θ = -0.025/0.25 • 180
s c sample
MUc = √(0.00027 • 0.0222)
s
(12 OF 20)
V T T )] x 100
si s mi
2
) x u )
n n
2
• 180 = -0.00222
2
= -0.000003
2 2
+ (0.0025 • - 0.00222)
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