AMPTS® III
Automated anaerobic batch fermentation testing for BMP, SMA, residual gas potential and inhibition studies. AMPTS® III measures gas volume and flow from parallel anaerobic batch tests with automated data recording, normalisation and reporting. It is designed for laboratories that need reliable methane potential data with less manual handling.
- BMP, SMA and RGP testing
- 18 or 9 reactor channels
- Aurora™ software included
A more reliable way to run BMP tests
AMPTS® III is a fully integrated system for anaerobic batch fermentation testing. It helps laboratories determine biochemical methane potential, follow degradation profiles and compare substrates, pre-treatments, inoculum activity or inhibition effects under controlled conditions.
The system supports BMP testing workflows based on VDI 4630 and combines glass reactors, mechanical agitation, CO₂ absorption, gas volume measurement and browser based software in one platform. Sampling, analysis, recording and report generation are handled in the same workflow, reducing manual readings and fragmented data handling.
Mentioned in
435scientific publications
Choose between
9 or 18 channels
Run samples, blanks, controls and replicates in parallel
Software
Aurora™ included
Set up, monitor and export data in the browser
Features
Automated batch testing
Run BMP, SMA, residual gas potential and inhibition studies with automated gas measurement and data recording.
Parallel reactor setup
Analyse samples, blanks, controls and replicates in parallel with 9 or 18 reactor channels.
Browser based software
Included Aurora™ software lets users set up, monitor and review experiments remotely and locally in the browser.
Automated compensation
Real time pressure, temperature and moisture compensation helps normalise gas volume and flow data to standard conditions.
Easy data export
Export experiment data as spreadsheet files with a uniform time axis for further analysis and reporting.
Controlled incubation and mixing
Maintain stable test conditions with thermostatic incubation and adjustable mechanical agitation.
Integrated biomethane workflow
Use CO₂ absorption units to measure accumulated biomethane, or remove the absorption unit to measure total biogas.
Modular maintenance
The modular design makes it easier to exchange many parts without sending the full system for service.
Why choose AMPTS® III?
Built for anaerobic batch testing
AMPTS® III is designed for biochemical methane potential testing and related anaerobic batch fermentation workflows.
One platform for several test types
Use the same system for BMP tests, SMA assays, residual gas potential analysis, inhibition studies, biogas potential and anaerobic biodegradability testing.
Less manual work
After experiment preparation and setup, gas measurement and data recording are automated throughout the test period.
Structured data handling
Gas measurements, experiment settings and exported results are handled in one platform, reducing the need for separate files and manual calculations.
Scalable lab capacity
Choose AMPTS® III with 18 channels or AMPTS® III Light with 9 channels, depending on sample throughput.
Get a quote
within 48 hours
Request a quote from our sales team for AMPTS® III or other respirometry systems. Share your application, expected sample throughput and the type of gas measurement you need. Our product specialists can help you choose the right AMPTS® III configuration and suitable accessories for your laboratory.
Trusted by teams globally
Aurora™ Software inlcuded
Aurora™ is the experiment software included with AMPTS® III. It is accessed through a web browser and gives users a clear way to set up tests, follow gas production, store data and export results without installing software on an external computer.
With local data storage and remote access, laboratories can follow long running anaerobic batch tests from the lab, office or another location.
- Experiment setup in the browser
- Real time gas production monitoring
- Local data storage on the instrument
- Spreadsheet export for further analysis
- Remote access from computer, tablet or smartphone
Choose the configuration that suits your workflow
Choose your incubation setup
AMPTS® III can be used with either a thermostatic water bath or BPC® Air, depending on your laboratory setup, test duration and preferred incubation method.
BPC® Air
BPC® Air is an air based incubation unit for BPC respirometer systems, including AMPTS® III. It provides both cooling and heating from 10 to 60 °C and can be configured for aerobic and anaerobic workflows.
By using air as the heating and cooling medium, BPC® Air removes the need for water refills during operation. Its floor standing design with wheels also makes it easier to position and move in the laboratory.
Thermostatic water bath
The thermostatic water bath is the traditional incubation setup for AMPTS® III workflows. It provides water based temperature control and remains a suitable option for laboratories that already work with this type of configuration or prefer water based incubation.
The AMPTS systems are more than just data generators; they are reliable tools that have significantly contributed to our research. The user-friendly operation and high level of automation make them stand out among the methods we use for BMP determination in our lab, which include mainly manual methods. Their reliability is unmatched, making them the most popular choice for our research.
PROF. KONRAD KOCH
TECHNICAL UNIVERSITY OF MUNICH, GERMANY
Want to know more?
Need help choosing between AMPTS® III models?
Tell us about your sample throughput, reactor volume and test type. We can help you identify the right configuration.
Technical Specifications
Incubation unit
The sample incubation unit keeps reactors at a controlled temperature during BMP testing, with mechanical stirring for consistent sample mixing. It supports 9 or 18 reactors and is available with different reactor volumes to match the needs of each experiment.
Maximum number of reactors per system
18 or 9
Reactor material
Glass
Standard reactor volume
1000 mL (with option for 500 mL) and 2000 mL
Type
Thermostatic water bath
Dimensions
56 x 68 x 32 cm
Temperature control
Up to 60 °C (203 °F) with a precision of 0.2 °C
Mixing in the reactor
mechanical agitation with brushless DC motors (adjustable interval, speed and rotation directions), max. speed 200 rpm
Power supply
–
Carbon dioxide absorption unit
The carbon dioxide absorption unit removes CO₂ from the gas stream before measurement, allowing AMPTS® III to measure methane production directly during BMP testing. Each trap bottle is prepared with absorption liquid* and connects between the reactor and detection unit.
*Absorption liquid is not included with the instrument
Carbon dioxide trap bottles
18 or 9
Volume of carbon dioxide trap bottles
250 mL
Dimensions
54 x 27 x 12 cm (including bottles)
Recommended absorption liquid*
3 M NaOH with pH indicator*, 200 mL per bottle (not included) Absorption efficiency: >98%
Detection unit
The detection unit records gas production from up to 18 channels using liquid displacement and buoyancy. Built-in sensors and onboard electronics support stable, automated measurement, with data transferred to Aurora™ for monitoring, analysis and export.
Working principle
Liquid displacement and buoyancy
Number of flow cell units
18 or 9
Dimension of unit
55 x 19 x 17 cm
Housing
Aluminium and plastic
Built-in sensors
Temperature, Pressure, Hall, Accelerometer
Connections
Up to 60 °C (203 °F) with a precision of 0.2 °C
Display
OLED 2.8” 256 x 64 white
Power supply
12 V DC / 1.0 A with 100-240 VAC
Measurement medium
Deionised or distilled water
Operation temperature
0 – 50o C
Operation pressure
-50 – 50 mbar
Gas connector diameter
ID: 2.4 – 2.6 mm; OD: 4.2-4.7 mm
Recommended tubing size
ID: 4 mm; OD: 6 mm
Measuring resolution
9 mL (standard) with 2 mL as option
Detection capacity
10 million data points
Measuring range
1 to 6000 mL/h for 9 ml flow cell and 0.2 to 1500 mL/h
Repeatability
CV ≤ 1% for 9 ml flow cell and CV ≤ 3% for 2 ml flow cell
Gases
Non aggressive gases (e.g. CH4 , CO2 , H2 , N2 ,…)
Downloads
Download product brochures and comparison documents.
Looking for manuals or other technical documentation?
You can find them in BPC Academy, our customer resource and training centre.
Related spare parts
-
Anaerobic Standard Maintenance Package
Recommended price
€4 290,00 -
Brushless DC Motor Kit 18
Recommended price
€3 630,00 -
Festo Tubing 4/6 mm PUN-H-6X1-NT (50 m)
Recommended price
€120,00 -
Flow Cell Unit 9mL, Package 5
Recommended price
€705,00
Common questions about AMPTS® III
What is AMPTS® III used for?
AMPTS® III is used for automated anaerobic batch fermentation testing. Typical applications include BMP testing, SMA assays, residual gas potential analysis, inhibition studies, biogas potential and anaerobic biodegradability testing.
What is the difference between AMPTS® III and AMPTS® III Light?
AMPTS® III has 18 reactor channels, while AMPTS® III Light has 9 reactor channels. Both systems are designed for the same anaerobic batch fermentation applications, but the Light version is suited for lower sample throughput.
Can AMPTS® III measure both biomethane and total biogas?
Yes. AMPTS® III can measure accumulated biomethane when the CO₂ absorption unit is used. Without the CO₂ absorption unit, the system can be used to measure total biogas.
Does AMPTS® III require an external computer?
No. AMPTS® III has an embedded server and local data storage. Aurora™ software is accessed through a web browser, so no software installation on an external computer is required.
Which gases can AMPTS® III measure?
AMPTS® III is used for non-aggressive gases such as methane, carbon dioxide, hydrogen and nitrogen, depending on the experimental setup.
Can AMPTS® III be used for residual gas potential testing?
Yes. AMPTS® III can be used for residual gas potential analysis, including tests where low gas production is measured over longer incubation periods.
Can several AMPTS® systems be used together?
Yes. Multiple AMPTS® systems can utilised to increase analytical capacity, however each system is operated as a standalone unit with its own access, software and data storage.
Scientific References
-
Synergistic valorization of crop residues and dairy wastewater via biochar-mediated anaerobic digestion enhancement
Lan, T., Wen, Y., Tong, L. Ergu, A., Zhang, L., Wu, D., Xing, A., Hong, M.Biomass and Bioenergy (2026) 212
Biomethane, WastewaterJournal article2026 -
Cellulolytic fungi from sewage sludge and their potential to improve methane fermentation
Ćwiertniewicz-Wojciechowska, C., Cema, G.,Ziembińska-Buczyńska, A.Biomass Conversion and Biorefinery (2026) 16:145
BiomethaneJournal article2026 -
Effect of harvesting interval on biogas production from Napier grass
Shah, J., Senapathy, G. J., Bisht, A., Bhagat, M. S., Rasheed, M. A.Energy, Ecology and Environment (2026), 1-15
BiomethaneJournal article2026 -
Reliable biochemical methane potential testing: insights and recommendations from global interlaboratory study
Hafner, S. D., Leca, E., Sambusiti, C., Astals, S., Azam, O., Koch, K., Liu, J., Møller, H. B., Nistor, M., Olaya-Rincon, M., Peyrelasse, C., Ward, A. J., Zennaro, B., Monlau, F. Bioresource Technology (2026) Volume 446
BiomethaneJournal article2026
Talk to an expert about AMPTS® III
Share your application, expected sample throughput and the type of gas measurement you need. Our product experts can help you choose the right AMPTS® III configuration and suitable accessories for your laboratory.
"*" indicates required fields