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John Barton

John Barton. Project Director. Project Director www.renew-cpi.com. NEEF February 2010. Renew introduction Current activities A vision for the future. Renew.

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John Barton

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  1. John Barton Project Director Project Director www.renew-cpi.com

  2. NEEF February 2010 Renew introduction Current activities A vision for the future

  3. Renew Placing the North East at the forefront of the low carbon economy by facilitating the delivery of commercial energy and environmental opportunities through…………. Market & Sector Development Business and Project Support Network Development Based within the Centre for Process Innovation at Wilton with satellite offices at NaREC in Blyth

  4. Market & Sector Development North / South Tees Study CRN establishment Organics waste study Regional waste mapping study Plastics wastes arisings study Battery recycling study Micro - renewables market stimulus Environmental sector mapping

  5. Progress so far In a little over 12 months Working with a range of projects and developers we have : - Created over 50 new jobs Safeguarded ca 100 jobs Created 8 new businesses Directly worked with and supported over 200 companies Leveraged over £40m of private sector investment

  6. NEEF February 2010 Renew introduction Current activities A vision for the future

  7. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it

  8. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it • Regional waste arisings te/annum • Municipal waste 1,512,000 • Commercial & Industrial 2,440,000 • Hazardous waste 2,345,000 • Construction & Demolition 400,000**

  9. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Segregation / sorting • Kerbside sorting • Centralised sorting and segregation • Combined thermal treatment and sorting • e.g Graphite Resources • A thermal treatment which results in clean recyclates which are easily sorted and a residual waste stream that is easy to treat • Business opportunities • Plastics, glass, paper and card

  10. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Technology options • High temperature gasification / pyrolysis • Produces a “syngas” stream (CO + Hydrogen) which can be used to generate electricity • Gasification plus post treatment • Usually produces a transport fuel (ethanol or diesel) • Anaerobic digestion • Produces a bio methane which can be used to generate electricity or can be used as a direct transport fuel. • Composting

  11. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Approximately £500m capital project value Examples • High temperature gasification • Pyreco – tyre pyrolysis, Wilton • North Tees project • Gasification plus post treatment • Ineos bio – Seal sands • Plasrec – smaller scale • Anaerobic digestion • Various projects with farm based waste streams or commercial food wastes • Composting • Various local initiatives

  12. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Approximately £750m capital project value Examples • Imported biomass (crop based) • MGT – 300 MWe • Bio Energy Investments – 50MWe • Indigenous biomass (crop based) • Sembcorp – 30MWe • Indigenous biomass (waste wood) • Gaia Power – 50MWe • Dalkia Bio – 17MWe • Smaller scale • Various

  13. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Approximately £1,500m capital project value Proposition • IGCC power station 800 MWe • Carbon dioxide network around Tees Valley • Pre combustion capture conversion at Lynmouth • Pipeline to Saline Aquifer in North sea Benefits • Safeguard existing carbon emitting industries • Attract new carbon emitting industries • Large volumes of carbon available for other capture technologies • Enhanced Oil recovery potential

  14. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Technology Options • Photovoltaics • Solar thermal • Heat pumps • Biomass • Wind Government Support • Feed in Tariffs • Renewable Heat Initiative Supply Chain opportunities • Manufacture • Consultancy • Installation

  15. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Examples • Clipper • TAG • JDR Cables • Hereema

  16. So what’s actually happening? Key themes Waste – a valuable resource Power generation – from renewable sources Carbon Capture and Storage – a USP for the NE Micro-renewables – a real opportunity Large wind – supply chain potential Waste heat – what to do with it Examples • Organic Rankine Cycle - recovery of waste heat into useful energy • Use of waste heat for district heating – Tees Valley wide study into opportunities

  17. NEEF February 2010 Renew introduction Current activities A vision for the future

  18. Vision for the future Integrated approach Develop truly sustainable processes Improve process efficiencies Reduce waste and then drive value from it Carbon Reduction or Resource Management ?

  19. John Barton Project Director www.renew-cpi.com

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