A UK engineering company has developed a patented waste to energy system which transforms industrial food waste into energy for use in universities, hospitals etc. is looking for a supplier of gas analysers. The partner will need to supply gas analysers for biogas sites which can monitor 4 gases at 23 millibar pressure: methane, carbon dioxide, oxygen & hydrogen sulfide. The company is looking for a manufacturer working in gas monitoring instrumentation under supplier/manufacturer agreement.
The main objective of the waste to energy machine is to produce methane gas of combustible quality for use in either a boiler or combine heat power or both. The quality and quantity of the biogas produced is known to vary due to many parameters including feed stock composition, digester health, and machine operational parameters (feed rate, temperature, etc).
To achieve its gas quality/quantity targets, the machine control system needs to have access to live gas quality and quantity data. Only then will the control system be able to automatically adjust performance parameters based on live gas data.
The company currently uses a portable gas analyser that has a USB connection through which it can be recharged and communicate gas quality data. However, the supplier of that gas analyser does not offer after sales technical support for European and American clients. Hence, the UK company is looking for a new supplier able to provide after sales support in the Europe and USA.
The gas analyser needs to monitor 4 gases at 23 millibar pressure:
- CH4 - methane, % of stream
- CO2 - carbon dioxide, % stream
- O2 - oxygen, % of stream
- H2S - hydrogen sulfide - 200-2000 ppm
The company wants also to track H2O (water vapour) too.
Leftover gases are usually mercaptans (about 1500 odourific species, about 1% of total stream).
Multiple gas analysers may be fitted to a single machine.
The company should require between 15 and 50 units per year.
Further technical information on the gas analyser:
- The control system does not directly support USB based communication. Consequently, an ethernet interface has been created for the current gas analyser. The chosen hardware platform for the interface is the Raspberry PI.
- Located on fixed installations
- Needs to be a wavelength optical infra-red analyser
- Needs integration to the programmable logic controller (PLC) for data collection
The company is looking to sign an OEM (original equipment manufacturer) or supplier agreement.
- Type of partner sought: Gas analyser required specifications:
- CH4 analysis (0-100%)
- CO2 analysis (0-100%)
- O2 analysis (0-25%)
- H2S analysis (0-5,000ppm)
- Atmospheric pressure (800-1200 mbar)
Ideally the gas analyser would analyse H2O (water vapour) too.
Integration to the programmable logic controller (PLC) for data collection.
UL (Underwriters Laboratories) approved
CE Marking required
- Specific area of activity of the partner: The partner would be required to supply the gas analysers with the agreed specifications and provide the after on site sales technical support.
The partner is expected to become either a supplier or an OEM.
The award winning patented waste to energy system is available in a manageable size, is stackable, scalable and modular.
Already on the market
24 days ago - PREPARE FOR BREXIT - Free events & webinars
24 days ago - Funding competition: ISCF Future food production systems
34 days ago - Innovation loans: September 2019 open competition