Bioenergy Lab Sangram Rauta September 10, 2021

Bio-Energy Lab


Leading the market in anaerobic batch fermentation testing, AMPTS is the favoured analytical tool for scientists and engineers alike. The latest versions – available as AMPTS® III  and AMPTS® III Light models, accommodate 18 or 9 test vials respectively. AMPTS® III simplifies various assessments, including biochemical methane potential (BMP) tests, biogas potential evaluations, anaerobic biodegradability studies, specific methanogenic activity (SMA) assays, and residual gas potential (RGP) analyses on digested slurry. Both AMPTS® III models seamlessly integrate sampling, analysis, recording, and report generation, ensuring a streamlined and efficient testing process.


 Offers a user friendly, web-based software that runs on an embedded server and negates the need for any additional software.

 Allows easy, hassle-free access, both remotely and locally, from any device with a web browser in addition to providing automatic real-time pressure, temperature, and moisture compensation.

 Presents effective possibilities for multiplexing, making possible a simultaneous batch analysis at different start-up times.

Has a unique modular design that allows most parts to be easily exchanged for easy maintenance.

Allows users to store data on local instruments by removing customer -dependence on external computers.

 Enables accurate and easy processing of data that is exported as a spreadsheet for further analysis with uniform time axis for easy data processing.

Capable of storing high 7200 lts. of gas per channel

Assessing and measuring several gas types and compositions, including biogas, in real time

Demonstrates robust, dependable, and versatile agitation capabilities with outputs at various time intervals ranging from one every minute to one every day.

BPC® BioReactor Simulator (BRS) - III

Engineered for simulating anaerobic fermentation processes in a continuous operational mode, the BPC® BioReactor Simulator (BRS) delivers exceptionally high-quality data, and insights into the feasibility of potential feedstocks for biogas production.

The BPC® BioReactor Simulator (BRS) – III can be operated both on-site and remotely. It helps define the optimal organic loading rate and retention time for specific feedstocks. This not only makes it easier to design suitable feeding schedules, but also helps manage handling and disposal conditions for digested residues. Experience advanced fermentation testing with BPC® BioReactor Simulator (BRS) – III for comprehensive biogas insights.

BPC® BioReactor Simulator (BRS) - III offers multiple benefits:

Exceptional data accuracy and precision.

Streamlined measurement techniques, data analysis, and reporting.

Robust data management, storage and computation solution for experiments generating large volumes of data over extended periods.

Compatibility with bioreactors of varying configurations and sizes, ensuring adaptability to your specific needs.

BPC® Bioreactors

Engineered to present researchers with a powerful tool for simulating real-world fermentation processes within the controlled environment of a laboratory or pilot-scale settings. Bioreactors are constructed from the highest quality materials and fabricated and tested under controlled conditions.

Available in 2, 5, and 10-liter sizes with diverse configurations, these reactors cater to various research needs. 

Key Features: 

High Quality and Robust: Constructed with corrosion-resistant stainless steel or high-quality glass, ideal for biogas and biofuel applications. 

Flexible and Modular Design: Easy assembly, disassembly, and maintenance with standard connection points. Operate reactors individually or connect them in series for scalability. Compatible with BioReactor Simulator and µFlow for gas flow measurement.

 Easy to Run and Maintain: Handles both low and high solid content feedstocks, features excellent sealing, and boasts a wall-jacket design for independent temperature control. 

User-Friendly Functionality: Tri-clamp connections, easy-open ball valve, self-discharging port, and automatic slurry level control ensure straightforward operation. 

Viewing Ports for Complete Control: Visualize the process and key parameters like gas flow, pH, and temperature. Detect foam formation during anaerobic digestion (AD). 

Highly Flexible Design: Accommodates diverse feedstocks and offers in-line sensor ports for pH, ORP, and temperature monitoring. Enables precise temperature control through connection to an external water bath.  

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