- Home
- Equipment
Refine by
Applications
- Respirometry system for biomass activity testing sector
- Respirometry system for anaerobic toxicity testing
- Respirometry system for aerobic toxicity testing
- Respirometry system for determination of biodegradation kenetics
- Oxygen monitoring from aerobic and anaerobic for biodegradation tests
- Oxygen monitoring from aerobic and anaerobic for biomass activity tests
- Oxygen monitoring from aerobic and anaerobic for toxicity test
Rsa Environmental Equipment & Supplies
4 equipment items found
Manufactured by:Respirometer Systems and Applications, LLC (RSA) based inFayetteville, ARKANSAS (USA)
RSA’s digital flow meters are useful for measuring flow rate from laboratory-scale anaerobic pilot plants. Flow rates range from 2.5 L/hr for the PF-8000F unit (left) to 6.5 L/hr for the PF-1000F unit ...
Manufactured by:Respirometer Systems and Applications, LLC (RSA) based inFayetteville, ARKANSAS (USA)
Water Baths and heater/ coolers or heater-only units are an important part of our respirometer systems. Since the PF-8000 uses pressure differentials to measure oxygen uptake or gas production, the test reactors should be operated within plus or minus 1°C to minimize errors due to temperature fluctuation. We can quote water baths and heater/coolers or heater-only units for your respirometer ...
Manufactured by:Respirometer Systems and Applications, LLC (RSA) based inFayetteville, ARKANSAS (USA)
RSA’s PF-4000 is a 4-position respirometer with the same features of our PF-8000 Pulse-Flow respirometer. They are designed specifically to measure oxygen uptake for aerobic biological reactions and gas production from anaerobic and anoxic biological reactions, but in a smaller ...
Manufactured by:Respirometer Systems and Applications, LLC (RSA) based inFayetteville, ARKANSAS (USA)
When operating in the aerobic mode, oxygen – from a supply of pure oxygen – is added in small increments into each respirometer vessel in response to oxygen uptake and carbon dioxide absorption. This mode of operation maintains a constant oxygen concentration in the headspace within the reaction vessel. Oxygen transfer from the headspace to the liquid phase is accomplished by using ...