Biomass Gasification with High Temperature CO2 Capture (GHTC)
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Description
This project aims to develop and prove the technical feasibility of an integrated Bio-CCS system that has the
capability to convert biomass waste into syngas that can be used to replace natural gas and in the same time
capture the CO2 emitted. Also, the proposed technology can produce added value activated carbon (used for
environmental applications or gas purification) and sodium carbonate (3rd largest manufactured chemical).
By 2020, the UK could have access to about 1,8 EJ of bioenergy supply; this is equivalent to 20% of current
primary energy demand in the UK, but the logistics of supplying large scale projects are difficult. The
development of small delocalised systems able to convert biomass to heat/energy saving CO2 emissions is key
to meet the ambitious biofuels and GHG directives and introduce the technology.
Since the centralised capture of CO2 from small enterprise is not economically possible, emissions reduction
and renewable energy recovery from waste/by-products is the most viable option.
| Pyro Yield Ltd. | LEAD_ORG |
| Pyro Yield Ltd. | PARTICIPANT_ORG |
| Heriot-Watt University | PARTICIPANT_ORG |
| Daniel Morgan | PM_PER |
Subjects by relevance
- Emissions
- Bioenergy
- Biomass (industry)
- Carbon dioxide
- Environmental effects
- Greenhouse gases
- Biofuels
- Energy production (process industry)
- Decrease (active)
- Environmental technology
- Natural gas
- Renewable energy sources
- Enterprises
Extracted key phrases
- High Temperature CO2 Capture
- Biomass Gasification
- Energy saving CO2 emission
- Large scale project
- Small delocalised system able
- GHTC
- Primary energy demand
- Renewable energy recovery
- Biomass waste
- Gas purification
- 3rd large
- Natural gas
- Ccs system
- Technical feasibility
- Bioenergy supply