ME7725-B Green Engineering and Energy Efficiency Assignment Help

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ME7725-B Green Engineering and Energy Efficiency Assignment - Kingston University London, UK

Assignment Title - Biomass & Biofuel Energy Technology

Module Learning Outcomes -

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Learning Outcome 1 - Discuss environmentally related technologies and materials that are fundamental in a range of industries including construction, structural mechanics, automotive and environmental operations.

Answer:
Environmentally related materials and technologies play a very important role in various industries, driving eco-friendliness and sustainability. In construction, sustainable building materials like straw bale, bamboo, and low-carbon concrete reduce environmental impacts. Structural mechanics leverage high-strength, advanced composites, low-carbon steel and sustainable wood products to minimize waste and emissions. The automotive industry adopts electric vehicle batteries, bio-based materials, lightweight materials and fuel-efficient technologies to reduce dependence on fossil fuels. Environmental operations utilize renewable energy systems, air pollution control systems, water treatment technologies, and waste management technologies to support eco-friendly practices. Additionally, cutting-edge materials like recycled plastics, bioplastics, and natural fibers support sustainable development across industries. These technologies and materials converge to minimize environmental footprints, enhance resource efficiency, and promote a circular economy, ultimately supporting a more sustainable future.
By adopting these environmentally related materials and technologies, industries can minimize their ecological footprint, contribute to a more sustainable future, and meet increasingly stringent environmental regulations.

Learning Outcome 2 - Discuss environmental issues related to resource provision and consumption necessary for the manufacture of engineered products, and analyse potential for the application of alternative energy sources.

Answer: The manufacture of engineered products relies heavily on resource consumption and provision, leading to significant environmental issues. The extraction, transportation and processing of raw materials contribute to greenhouse gas emissions, land degradation and water pollution. Furthermore, the energy required for manufacturing processes is often generated by fossil fuels, exacerbating climate change. However, there is potential for the application of alternative energy sources to mitigate these impacts. Renewable energy sources like solar, hydroelectric power and wind can be harnessed to power manufacturing processes, reducing dependence on fossil fuels. Additionally, implementing energy-efficient practices and technologies can minimize energy consumption. Substitute materials, such as recycled or biodegradable materials, can also decrease resource waste and extraction generation. By adopting these policies, industries can reduce their environmental footprint, promote sustainable development, and meet increasing demands for eco-friendly products.

Learning Outcome 3 - Specify and develop energy efficient and environmentally conscious products.

Answer: To specify and develop energy-efficient and environmentally conscious products, follow these steps:

1. Define product requirements: Identify the product's purpose, target audience, and performance criteria while considering environmental and energy efficiency goals.
2. Material selection: Choose sustainable materials with minimal environmental impact, such as recycled, recyclable, or biodegradable materials.
3. Design for energy efficiency: Optimize product design to minimize energy consumption, using techniques like energy harvesting, power management, and low-power components.
4. Minimize waste and emissions: Design products for recyclability, reusability, and upcycling, reducing packaging and waste generation.
5. Energy-efficient manufacturing: Implement energy-efficient production processes, renewable energy sources, and minimize supply chain environmental impacts.
6. Product testing and validation: Verify product performance, energy efficiency, and environmental claims through testing and certification.
7. Certification and labeling: Pursue eco-labels and certifications, like Energy Star or EcoLogo, to communicate product environmental benefits.
Some examples of energy-efficient and environmentally conscious products include:
1. LED lighting: Replaces traditional lighting with energy-efficient, long-lasting LEDs.
2. Smart home devices: Optimizes energy consumption through automation and real-time monitoring.
3. Electric vehicles: Reduces greenhouse gas emissions and dependence on fossil fuels.
4. Energy-efficient appliances: Minimizes energy consumption while maintaining performance.
5. Sustainable textiles: Uses eco-friendly materials, production methods, and end-of-life recycling.
6. Biodegradable packaging: Replaces traditional packaging with compostable, biodegradable materials.
7. Renewable energy systems: Harnesses solar, wind, or geothermal energy for power generation.

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Learning Outcome 4 - Critically evaluate the life cycle assessment and incorporation of sustainability at the conceptual design stage.

Answer: The incorporation of sustainability at the conceptual design stage is vital for minimizing environmental impacts throughout a product's life cycle. Life cycle assessment (LCA) is a valuable tool for calculating the environmental effects of a product, from raw material extraction to end-of-life disposal or recycling. However, LCA has limitations, such as data uncertainty and methodological inconsistencies. To address these challenges, designers must adopt a holistic approach, considering factors like material selection, energy efficiency, and recyclability. By integrating sustainability principles at the conceptual design stage, designers can recognize potential environmental hotspots and make informed decisions to mitigate them. This proactive approach enables the development of more sustainable products, reduces the risk of costly redesigns, and supports a more circular economy. Moreover, early-stage sustainability consideration can also drive innovation, reduce material waste, and enhance product performance, ultimately leading to more environmentally conscious and responsible design outcomes.

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Task - Global Biomass and Biofuels Incentives

There had been several policy instruments, laws and regulations formed and implemented by the UK government and US Administration to promote the uptake of biomass and biofuels.

As the world moves towards more stringent carbon reduction and global warming targets it is highly likely that biofuels and biomass will play a significant part in achieving these goals, but that within Europe national initiatives will be required to incentivise their uptake.

The aim of this part of the assignment is to assess two existing national initiative models and:

i. Demonstrate a depth of understanding of them; and

ii. Compare and contrast their pros and cons to develop a justifiable position regarding their effectiveness from the EU's perspective for potential adoption.

There are two specific initiatives in question:

i. In the UK - The Renewable Heat Incentive (RHI); and

ii. In the US - The Renewable Fuel Standard (RFS).

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Within this assignment, you will need to explain and discuss:

Task 1 - The EU climate targets to be achieved under the Paris climate conference (COP21).

Task 2 - Why an initiative such as the RHI/ RFS will be required to achieve it.

Task 3 - The intent of each of the UK and US initiatives (including energy use sectors targeted and extent of impact envisaged);

Task 4 - The methodology and financial resources each initiative employs to achieve their intent;

Task 5 - What are the inherent issues associated with biofuels and biomass use and conditions/ limitations each initiative contains to address them;

Task 6 - The issues that have been encountered with each initiative in use; and

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Task 7 - Which of these initiative formats, based on your analysis, would be likely to be the most effective in helping the EU to achieve their targets from the Paris climate conference (COP21).

Use a typical report structure to present your findings:

A. Introduction (problem statement and aim of study)

B. Methodology (overview and evaluation of research methods adopted for the study)

C. Literature review (covering data gathered for use in analyses)

D. Results

E. Discussion, presentation of argument, scrutiny of information gathered and evaluation

F. Conclusion

G. References

Note - The word count for this assignment is not to exceed 2000 words (excluding references). The reports should follow the Kingston University report standards, including layout, formatting, referencing, etc.

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