Low Impact Manufacturing - Management Assignment Help

Assignment Task

The Circular Economy

The learning outcomes that are assessed by this coursework demonstrate:
1. A systematic understanding of the activities of industrial organisations at all points of the product life-cycle from raw material extraction to disposal and a critical
awareness of current approaches to mitigating associated environmental impacts.
2. A comprehensive understanding of assessment and analysis techniques that can be applied to the student's own research into ways to reduce the environmental
impact and energy consumption of industrial organisations.
3. A conceptual understanding of the energy requirements of the components of common industrial processes such as motors, pumps, heaters and compressors that will allow students to critically evaluate research methodologies and outputs from a range of related academic disciplines.
4. Originality in tackling the problems of meeting consumer demand for products and associated services in a competitive globalised industrial context while minimising
the associated life-cycle energy consumption
5. The qualities and transferable skills necessary for employment in tomorrow's lowcarbon industries, specifically the skills of decision making in unpredictable situations and the ability to research and learn independently, required for CPD.

Tasks to be undertaken:
You are the sustainability manager for a manufacturer of lithium-ion batteries for use in a range of different electric vehicles. At present, all material and energy flows are linear (no reuse or recycling). You have been asked to investigate the application of the ‘Circular Economy’ concept to the company and its products. Your role also involves you in the planning of future products and the strategic direction of the business.
1. Describe the different materials used in your product and whether a different design or material choice might improve the suitability of the following components
for the circular economy:
• Parts of the battery cells (electrodes, electrolyte, metal cans, terminals etc)
• Electronic circuitry (mainly battery management systems) and

• Miscellaneous parts (coolant system, housing, cables and connectors, etc.)

2. Describe a future sustainable industrial system for this product, in terms of the stages in the product lifecycle from raw material extraction through manufacturing
and use to re-use in a second (and third?) life and recycling; after the company has made the material flows as ‘circular’ as possible.

3. For each of the components described in part 1, describe the strategy that the company should adopt over the next 10 years to build the sustainable system you
described in part 2. Where possible, illustrate your points from relevant literature.

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