EET Inc.
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- The gas that is finely generated from a reactor will turn into a bubble shape in a BRS cell which is filled with oil.
- Cumulative volume of gas generated is measured by calculating the total amount of gas by fixing the bubble volume and multiplying by the number of bubbles.
- The device can be used for both aerobic and anaerobic operations for wastewater studies.
- The device can be also used for biogas production, biomethane potential (BMP) analysis, or green energy studies (CO2, CH4, H2 and N2).
- Up to four devices can be connected to a common computer, supporting up to 32 channels.
- The device uses temperature-based calibration to ensure accurate gas measurement.
- After measurements, the time interval of gas production/consumption volume data can be changed by changing Cumulative Time in Data Convert.
- An incubator or a water bath having magnetic stir plate can be used to maintain water temperature (0~50?).
- Measuring resolution (bubble volume) is very small (0.03 mL for BRS-800).
- Bioreactors having volumes of 125, 250, 500, and 1000 mL can be used.
- No. of channels : 8 channels (expandable 32 channels in a computer)
- Flow rate : 0~0.2 mL/min
- Measuring resolution : Approx.0.03 mL
- Measuring interval : 1 sec~10 hours (changeable)
- Gases : O2 (OUR), CO2, CH4, H2, and N2
- Calibration error : ≤ 1%
- Data output : USB
- Power input : DC 12V, 3.5A
- Weight : 1.7 kg
- Size : 200(W)*140(D)*120(H), mm
- Temperature : 0~50℃
- Humidity : ≤ 95%
- Material : Aluminum and acrylic
- Measurement of oxygen consumption
- Oxygen uptake rate (OUR)
- Toxicity screening
- Biodegradation test
- Treatability assessment
- Laboratory respiration studies
- Soil respiration
- Biogas production
- Repiration of plants/animals
- BMP test
- Biochemical hydrogen potential
- Green energy studies