Bibliographic Information

Power generation by renewables

organized by the Energy Transfer and Thermofluid Mechanics Group of the Institution of Mechanical Engineers (IMechE) ; co-sponsored by the Power Industry Division

(I Mech E seminar, 2000-15)

Professional Engineering, 2000

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Note

"Papers presented at a two-day seminar Power generation by renewables on 15-16 May 2000, held at IMechE Headquarters, London, UK"

Includes index

Description and Table of Contents

Description

"Power Generation by Renewables" will be essential reading for all those interested in the potential that renewable energy offers including: existing producers and those looking to develop alternative sources of renewable energy; organisations interested in electricity markets; and representatives of government organisations interested in renewable energy. The key topics include: sustainable sustained growth! renewable energy: 10 percent by 2010; landfill gas - the reliable renewable; combined heat and power from the small scale incineration of waste; effective risk management in energy from waste projects; small hydro from energy recovery in the water supply network; the technologies available and relative costs associated with reducing CO2 emissions from power stations; experience with power generation from biomass; experiences of operating a unique hybrid power generation system; diversity! Hydropower, hydrogen, transport, and industry.

Table of Contents

  • Part 1 Keynote papers: market opportunities for renewables, T. Duffin
  • implications of renewable energy in electricity supply, M. Laughton
  • sustainable sustained growth?, J.C. McVeigh
  • renewable energy - 10 percent by 2010, I. Fells. Part 2 Derived sources of energy: ARBRE - a case study of the development of a biomass integrated gasification - combined cycle power plant project, K. Pitcher et al
  • thermal treatment of biomass in the circulating fluid bed, I. Jeffcoat
  • the use of biomass in power generation and CHP schemes, P. North and T. Urtrianen
  • pyrolysis and gasification of biomass - status of the UK industry, C. Peacocke and T. Bridgwater
  • potential for transferring advanced biomass technologies to Mauritius, P.M.K. Soonarane and J.R. Gibbins
  • biomass power plants - the market calls for high availability, C. Rasmussen
  • municipal solid waste energy recovery - a comparison between mass burn incineration and gasification options, A. Porteous
  • landfill gas - the reliable renewable, K. Wake
  • combined heat and power from the small scale incineration of waste, R. Hyde
  • effective risk management in energy from waste projects, P. Thornley. Part 3 Natural sources of energy: renewable energy in Europe, D.J. Milborrow and G. Hartnell
  • the current status of experience with wind energy worldwide, I. Mays
  • wind energy technology - the state of the art, D.J. Milborrow
  • power generation using renewables and the regenesys energy storage system, A. Price and L. McCarthy
  • using CFD modelling to improve the estimation of offshore wind resource, D.L. Pearce and C.D. Ziesler
  • marine currents - a promising large clean energy resource, P. Fraenkel
  • small hydro from energy recovery in the water supply network, A. Williams
  • the technologies available and relative costs associated with reducing CO2 emissions from power stations, P. Willson et al
  • experience with power generation from biomass, I.M. Arbon and R.P. Bowell
  • prospects for power generation by photovoltaics, N.B. Mason
  • solar PV electricity -prospects for inter-city, grid-based generation within UK, T. Muneer et al. Part 4 Hybrids: experiences of operating a unique hybrid power generation system, K.D.R. Seare et al
  • diversity! hydropower, hydrogen, transport and industry, I.T.W Daycock.

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Details

  • NCID
    BA53716434
  • ISBN
    • 1860583091
  • Country Code
    uk
  • Title Language Code
    eng
  • Text Language Code
    eng
  • Place of Publication
    Bury St Edmunds, Uk
  • Pages/Volumes
    331 p.
  • Size
    24 cm
  • Parent Bibliography ID
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