LEEDs Support Testing

LEEDs Support Testing

Table of Contents

What Is LEEDS

LEED certification serves as a prestigious accolade for construction projects focused on sustainability. Buildings with this certification are engineered to optimize energy and water usage, minimize waste, enhance indoor air quality, and utilize eco-friendly materials. For builders committed to sustainable practices, the LEED rating system is highly regarded.

For homeowners and potential buyers, LEED certification offers multiple advantages. Not only does it signify a commitment to reducing one’s carbon footprint, but it also translates into tangible benefits like lower utility costs and healthier living environments. Additionally, living in a LEED-certified home minimizes your impact on the planet.

We work with your LEEDs professional to accomplish your successful LEEDs certifications.

 

Criteria for Different Levels of LEEDs Certifications
CO2 Monitoring auto ventilation above 800 ppm
ChemicalPassing Concentration
LEEDS v4.0
1Total Volatile Organic Compounds (TVOC)500 ug/m3
2.Formaldehyde27 ppb 34 ug/m3
3.PM 1050 ug/m3
4.Carbon Monoxide (CO)9 ppm (also, no more than > 2ppm above outdoor levels)
5.PM 2.515 ug/m3
6.Ozone75ppb
7.Acetaldehyde140 µg/m3
8.Benzene3 µg/m3
9.Carbon disulfide800 µg/m3
10.Carbon tetrachloride40 µg/m3
11.Chlorobenzene1000 µg/m3
12.Chloroform300 µg/m3
13.Dichlorobenzene (1,4-)800 µg/m3
14.Dichloroethylene (1,1)70 µg/m3
15.Dimethylformamide (N,N-)80 µg/m3
16.Dioxane (1,4-)3000 µg/m3
17.Epichlorohydrin3 µg/m3
18.Ethylbenzene2000 µg/m3
19.Ethylene glycol400 µg/m3
20.Ethylene glycol monoethyl ether70 µg/m3
21.Ethylene glycol monoethyl ether acetate300 µg/m3
22.Ethylene glycol monomethyl ether70 µg/m3
23.Ethylene glycol monomethyl ether acetate90 µg/m3
24.Hexane (n-)7000 µg/m3
25.Isophorone2000 µg/m3
26.Isopropanol7000 µg/m3
27.Methyl chloroform1000 µg/m3
28.Methylene chloride400 µg/m3
29.Methyl t-butyl ether8000 µg/m3
30.Naphthalene9 µg/m3
31.Phenol200 µg/m3
32.Propylene glycol monomethyl ether7000 µg/m3
33.Styrene900 µg/m3
34.Tetrachloroethylene35 µg/m3
35.Toluene300 µg/m3
36.Trichloroethylene600 µg/m3
37.Vinyl acetate200 µg/m3
38.Xylenes, technical mixture700 µg/m3
LEEDs v4.1 - 1 Point
Passing Concentration
1.Total Volatile Organic Compounds (TVOC)500 ug/m3
2.Formaldehyde27 ppb 34 ug/m3
3.PM 10 - For healthcare50 ug/m3 20 ug/m3
4.Carbon Monoxide (CO)9 ppm (also, no more than > 2ppm above outdoor levels)
5.PM 2.5 - Non-attainment areas12 ug/m3 35 ug/m3
6.Ozone70 ppb
7.Acetaldehyde140 µg/m3
8.Benzene3 µg/m3
9.Carbon disulfide800 µg/m3
10.Carbon tetrachloride40 µg/m3
11.Chlorobenzene1000 µg/m3
12.Chloroform300 µg/m3
13.Dichlorobenzene (1,4-)800 µg/m3
14.Dichloroethylene (1,1)70 µg/m3
15.Dimethylformamide (N, N-)80 µg/m3
16.Dioxane (1,4-)3000 µg/m3
17.Epichlorohydrin3 µg/m3
18.Ethylbenzene2000 µg/m3
19.Ethylene glycol400 µg/m3
20.Ethylene glycol monoethyl ether70 µg/m3
21.Ethylene glycol monoethyl ether acetate300 µg/m3
22.Ethylene glycol monomethyl ether70 µg/m3
23.Ethylene glycol monomethyl ether acetate90 µg/m3
24.Hexane (n-)7000 µg/m3
25.Isophorone2000 µg/m3
26.Isopropanol7000 µg/m3
27.Methyl chloroform1000 µg/m3
28.Methylene chloride400 µg/m3
29.Methyl t-butyl ether8000 µg/m3
30.Naphthalene9 µg/m3
31.Phenol200 µg/m3
32.Propylene glycol monomethyl ether7000 µg/m3
33.Styrene900 µg/m3
34.Tetrachloroethylene35 µg/m3
35.Toluene300 µg/m3
36.Trichloroethylene600 µg/m3
37.Vinyl acetate200 µg/m3
38.Xylenes, technical mixture700 µg/m3
LEEDs v4.1 LEEDs - 2 Point
Passing Concentration
1.Total Volatile Organic Compounds (TVOC)500 ug/m3
2.Formaldehyde16 ppb 20 ug/m3
3.PM 10 - For healthcare50 ug/m3 20 ug/m3
4.Carbon Monoxide (CO)9 ppm (also, no more than > 2ppm above outdoor levels)
5.PM 2.5 - Non-attainment areas12 ug/m3 35 ug/m3
6.Ozone70 ppb
7.Acetaldehyde140 µg/m3
8.Benzene3 µg/m3
9.Carbon disulfide800 µg/m3
10.Carbon tetrachloride40 µg/m3
11.Chlorobenzene1000 µg/m3
12.Chloroform300 µg/m3
13.Dichlorobenzene (1,4-)800 µg/m3
14.Dichloroethylene (1,1)70 µg/m3
15.Dimethylformamide (N,N-)80 µg/m3
16.Dioxane (1,4-)3000 µg/m3
17.Epichlorohydrin3 µg/m3
18.Ethylbenzene2000 µg/m3
19.Ethylene glycol400 µg/m3
20.Ethylene glycol monoethyl ether70 µg/m3
21.Ethylene glycol monoethyl ether acetate300 µg/m3
22.Ethylene glycol monomethyl ether70 µg/m3
23.Ethylene glycol monomethyl ether acetate90 µg/m3
24.Hexane (n-)7000 µg/m3
25.Isophorone2000 µg/m3
26.Isopropanol7000 µg/m3
27.Methyl chloroform1000 µg/m3
28.Methylene chloride400 µg/m3
29.Methyl t-butyl ether8000 µg/m3
30.Naphthalene9 µg/m3
31.Phenol200 µg/m3
32.Propylene glycol monomethyl ether7000 µg/m3
33.Styrene900 µg/m3
34.Tetrachloroethylene35 µg/m3
35.Toluene300 µg/m3
36.Trichloroethylene600 µg/m3
37.Vinyl acetate200 µg/m3
38.Xylenes, technical mixture700 µg/m3
LEEDs v4.1 - 3 Point
Passing Concentration
1.Total Volatile Organic Compounds (TVOC)500 ug/m3
2.Formaldehyde16 ppb 20 ug/m3
3.PM 10 - For healthcare50 ug/m3 20 ug/m3
4.Carbon Monoxide (CO)9 ppm (also, no more than > 2ppm above outdoor levels)
5.PM 2.5 - Non-attainment areas12 ug/m3 35 ug/m3
6.Ozone70 ppb
7.Acetaldehyde70 µg/m3
8.Benzene1.5 µg/m3
9.Carbon disulfide400 µg/m3
10.Carbon tetrachloride20 µg/m3
11.Chlorobenzene500 µg/m3
12.Chloroform150 µg/m3
13.Dichlorobenzene (1,4-)400 µg/m3
14.Dichloroethylene (1,1)35 µg/m3
15.Dimethylformamide (N,N-)30 µg/m3
16.Dioxane (1,4-)1500 µg/m3
17.Epichlorohydrin1.5 µg/m3
18.Ethylbenzene1000 µg/m3
19.Ethylene glycol200 µg/m3
20.Ethylene glycol monoethyl ether35 µg/m3
21.Ethylene glycol monoethyl ether acetate150 µg/m3
22.Ethylene glycol monomethyl ether30 µg/m3
23.Ethylene glycol monomethyl ether acetate45 µg/m3
24.Hexane (n-)3500 µg/m3
25.Isophorone2000 µg/m3
26.Isopropanol7000 µg/m3
27.Methyl chloroform500 µg/m3
28.Methylene chloride200 µg/m3
29.Methyl t-butyl ether4000 µg/m3
30.Naphthalene4.5 µg/m3
31.Phenol100 µg/m3
32.Propylene glycol monomethyl ether3500 µg/m3
33.Styrene450 µg/m3
34.Tetrachloroethylene17.5 µg/m3
35.Toluene150 µg/m3
36.Trichloroethylene300 µg/m3
37.Vinyl acetate100 µg/m3
38.Xylenes, technical mixture300 µg/m3
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