Pumps as Turbines: A User's Guide

This second edition of the classic title on practical energy provision for isolated houses and remote locations has now been updated with a new chapter. Pumps as Turbine is a practical handbook for engineers and technicians involved in designing and installing small water-power schemes. It concerns the use of standard pump units as a low-cost alternative to conventional turbines to provide stand-alone electricity generation for isolated houses and remote communities. This second edition has been updated and extended to include a case study from a recent scheme installed in collaboration with ITDG Kenya. The pump selection process is described through this step-by-step example, where the site head would have been too low for a Pelton turbine. The case study demonstrates that now, possibly more than ever before, the use of pumps as turbines offers a reliable, low-cost option for rural electrification. Arthur Williams has been involved in micro-hydro research and development since 1987. While completing his PhD he worked with ITDG to set up successful pump-as-turbine demonstration schemes in the UK and Pakistan. He is now a senior lecturer at the Nottingham Trent University where he continues to work on micro- and pico-hydro power.

A classic title updated with a new chapter. Practical energy provision for isolated houses and remote locations. As interest in the provision of decentralized electricity in the South increases, this practical handbook is as important as ever. Pumps as Turbines: A User's Guide is a practical handbook for engineers and technicians involved in designing and installing small water-power schemes for isolated houses and communities. It concerns the use of standard pump units as a low-cost alternative to conventional turbines to provide stand-alone electricity generation in remote locations. This book arises out of the practical experience of fieldwork in village locations in a number of countries. This new edition includes a brand new chapter featuring a case study of a PAT (pump-as-turbine) installation. It covers how to select the type of pump based on site requirements, potential pump modifications and caution with single-phase pumps.

* A classic title updated with a new chapter