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This research study investigates implementable eco-efficiency opportunities available in a beverage manufacturing entity. It recommends actions to reduce material intensity by cutting water usage, cut energy intensity by reducing energy use as well as identify areas of reducing toxic discharge intensity in the plant for continuous improvement. The results of these sustainable programs are compared to the world class beverage bench marks. The study can be a useful resource to plant managers seeking to achieve environmental efficiency in food and beverage manufacturing operations.

Produktbeschreibung
This research study investigates implementable eco-efficiency opportunities available in a beverage manufacturing entity. It recommends actions to reduce material intensity by cutting water usage, cut energy intensity by reducing energy use as well as identify areas of reducing toxic discharge intensity in the plant for continuous improvement. The results of these sustainable programs are compared to the world class beverage bench marks. The study can be a useful resource to plant managers seeking to achieve environmental efficiency in food and beverage manufacturing operations.
Autorenporträt
Graduated with a BSc Mechanical(Hon) Eng and MSc in Manufacturing Systems in 1993 and 2010 respectively from the University of Zimbabwe. Worked as Technical Manager with Castrol International. Currently, he is lecturing at the University of Zimbabwe and has published articles in Cleaner Production and Manufacturing Systems.