The UK manufacturing industry remains the sixth largest manufacturing nation worldwide, contributing £150 billion annually to the economy, despite recent diversion from traditional operations to technology driven high-value operations, such as aerospace and nano-technology (Gregory, Prisk, Lucas, & Thurso, 2009). However, the industry is under intense pressure to reduce its environmental impact from increasing government legislation, environmental demands from market force and customer preference, and economic factors related to rising energy prices, diminishing natural resources and growing demand for raw materials. Therefore, manufacturers are being encouraged to implement sustainable manufacturing techniques (Patton & Worthington, 2003) and manage sustainable solutions to face the challenges posed by climate change.
The key objective behind sustainable manufacturing techniques is to ensure processes and products associated with the industry are more environmentally friendly by reducing energy and material consumption during manufacture, decreasing the use of natural resources, eliminating waste wherever possible, and simplifying product design for efficient manufacture, use and disposal. Allwood (2005) defines sustainable manufacturing as “developing technologies to transform materials without emissions of greenhouse gases, use of non-renewable or toxic materials or generation of waste.” However, there needs to be continuous management of the whole life-cycle of a product, from the initial extraction of raw materials, manufacturing processes, transport, usage and end-of-life (EOL) disposal, to ensure the success of sustainable manufacturing (Hu & Bidanda, 2009). This article investigates waste management within a small to medium-sized enterprise (SME) in the manufacturing sector, focusing on EOL product recovery methods and the related environmental impacts, in order to support sustainable manufacturing.