Laboratory Low-Pressure Drop Design
| Date Published |
08/2002
|
|---|---|
| Publication Type | Journal Article
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| Authors | |
|---|---|
| LBL Report Number |
LBNL-49364
|
| Abstract |
Laboratory buildings are characterized by the production of potentially hazardous fumes within the occupied space. The primary objective of a laboratory ventilation system is to isolate and protect the occupants from the fumes, as well as provide minimum outside air at a comfortable temperature. Fume removal results in the need for a large volume of conditioned make-up air, typically a significantly greater volume than required for space temperature conditioning purposes. The high quantity of exhaust naturally results in a once through system, which is also often required by codes that prohibit any recirculation in a laboratory space. The high costs associated with high airflow systems are magnified by the 24 hours a day, 356 days a year ventilation operation often seen in laboratory situations. All too often, the common design approach taken to laboratory mechanical systems results in a traditional office ventilation system upsized to meet a laboratory's requirements. |
| Journal |
ASHRAE Journal
|
| Volume |
44
|
| Year of Publication |
2002
|
| Issue |
8
|
| Number |
8
|
| Pagination |
38-43
|
| Custom 1 |
<p>Applications Team</p>
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| Organizations | |
| Research Areas | |
| File(s) | |
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