|
Location |
System |
(#
cells) |
Primary
Use |
| 1. |
Penn State
University
University Park, PA |
ANR-100B
AER-200
AER-200 |
(16)
(16)
(16) |
Lab-scale
toxicity / Treatability testing
Aerobic treatability testing
Compost/soil stability measurements,
Hydrogen from glycolysis |
| 2. |
Univ.
of Arkansas
Fayetteville, AR |
AER-200 |
(8) |
Aerobic
treatability / toxicity testing,
Hydrogen consumption by perchlorate |
3. |
Univ. of
Galway
Ireland |
ANR-100 |
(8) |
Laboratory-scale
anaerobic testing |
| 4. |
DMC,
Inc
Exton, PA |
AER-200 |
(8) |
Oxygen uptake for industrial
waste treatability tests |
| 5. |
Novozymes
Biologicals
Salem, VA; Tokyo, Japan |
AER-200 |
(48)
(24)
|
Testing
of biodegradation of specific
chemicals and culture activity |
| 6. |
ABS Inc.
Duluth, GA |
AER-200 |
(16) |
Aerobic
treatability testing |
|
7. |
Hong Kong
Univ. of
Science & Technology |
AER-200 |
(8) |
Environmental impact of org. chemicals |
| 8. |
U. S. EPA
Cincinnati, OH |
AER-200 |
(24) |
Oxygen
uptake of organic chemicals,
Methane production in anaerobic reactions |
| 9. |
Biothane
Corp.
Camden, NJ |
AER-200 |
(8) |
Measuring
gas prod. from lab-scale reactors |
| 10. |
Krakow Inst.
Of Tech.
Krakow, Poland |
ANR-100B |
(8) |
Anaerobic
biodegradation of pesticides |
| 11. |
Univ. of
Connecticut
Storrs CT |
AER-200 |
(16) |
Kinetics
of aerobic biodegradation |
| 12. |
Cedar Rapids Water Pollution Control Plant
Madison, WI |
AER-200 |
(8) |
Monitoring biodegradation reactions and nitrification in activated sludge process |
| 13. |
BP Research
Center
Naperville, IL |
AER-200
FLOCELL |
(8)
(8) |
Specific methanogenic activity; Measuring gas production in laboratory-scale anaerobic reactors |
| 14. |
Indust. Tech.
Research Inst.
Taipei, Taiwan |
AER-200 |
(16) |
Oxygen
uptake of sludges |
| 15. |
Pfizer, Inc
Groton, CT; Sandwich, UK |
AER-200
AER-200 |
(16)
(24) |
Aerobic biodegradation reactions;
Monitoring toxicity in activated sludge process
|
| 16. |
University
of Auckland
Auckland, NZ |
AER-200B |
(8) |
Aerobic
biodegradation reactions |
| 17. |
Kwangju Inst.
of Tech.
Kwangju, Korea |
AER-200 |
(24) |
Aerobic
and anaerobic testing of
specific organic chemicals |
| 18. |
Union Chemical
Laboratory
Hsinchu, Taiwan |
AER-200 |
(16) |
Aerobic
treatment of industrial wastes |
| 19. |
National
Ping Tung Univ.
Ping Tung, Taiwan |
AER-200 |
(16) |
Aerobic
biodegradation of industrial wastes |
| 20. |
DuPage County
Woodridge, IL |
AER-200 |
(8) |
Gas production in laboratory-scale anaerobic reactors |
| 21. |
Chung Hsing
Univ.
Taichung, Taiwan |
AER-200 |
(8)
|
Treatability
of industrial wastes |
| 22. |
University
of Oklahoma
Norman, OK |
AER-200 |
(
8) |
Biodegradation
of volatile chemicals |
| 23. |
Nat. Cheng
Kung University
Tainan, Taiwan |
AER-200 |
(
8) |
Kinetics
of denitrification reactions |
| 24. |
Development
Ctr for Biotech; Taipei, Taiwan |
AER-200 |
(16) |
Activity
of specific cultures |
| 25. |
Chun Nam
University
Kwangju, Korea |
AER-200 |
(16) |
Biodegradation
of industrial wastes |
| 26. |
Kurita Water Industries, Japan |
AER-200 |
(48) |
Monitoring biodegradation reactions in activated sludge processes; investigation of biodegradation reactions for specific chemicals |
| 27. |
Merck and Company,
Albany, GA |
AER-200 |
(16) |
Monitoring biodegradation reactions and toxicity in activated sludge process |
Up
Level