Innovative Wood Composite Poles
Lead Participant:
POLLYWOOD LTD
Abstract
This project is designed to provide scientific underpinning to the development of a unique structural pole,
which will have wide application when developed across the built environment. Pollywood Ltd have immediate
interest for the development of a replacement for the creosoted transmission pole from the Energy Innovation
Centre, who co-ordinate research for the Distribution Network Operators (DNOs). There is legal/environmental
pressure from the EU to replace these poles and therefore a pressing need to find an effective alternative.
Existing competitors to the wood pole have other issues, which make them sub-optimal. Transmission poles
have to have long lives in a wide range of conditions including extremes of heat and cold. Solving this problem
will create social and economic benefits including jobs in an area, which has lost many steel industry jobs as
well an export opportunity for the UK.
which will have wide application when developed across the built environment. Pollywood Ltd have immediate
interest for the development of a replacement for the creosoted transmission pole from the Energy Innovation
Centre, who co-ordinate research for the Distribution Network Operators (DNOs). There is legal/environmental
pressure from the EU to replace these poles and therefore a pressing need to find an effective alternative.
Existing competitors to the wood pole have other issues, which make them sub-optimal. Transmission poles
have to have long lives in a wide range of conditions including extremes of heat and cold. Solving this problem
will create social and economic benefits including jobs in an area, which has lost many steel industry jobs as
well an export opportunity for the UK.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
POLLYWOOD LTD | £106,757 | £ 74,730 |
  | ||
Participant |
||
BANGOR UNIVERSITY N WALES | £43,217 | £ 43,217 |
People |
ORCID iD |
Quentin Kopp (Project Manager) |