1 / 15

Enhancing Sustainability through Efficient Resource Management and Process Improvement

This guide explores the critical frameworks for sustainability in product development and process management. It delves into the transformation processes of inputs to outputs, assesses water usage efficiencies, and highlights non-value-added activities that can hinder effectiveness. Various metrics are discussed, including environmental impacts, reuse, durability, and energy consumption. Insights into customer needs and engineering metrics are provided, promoting eco-friendly practices and life cycle analysis for a comprehensive understanding of the environmental and operational challenges in product design.

hina
Télécharger la présentation

Enhancing Sustainability through Efficient Resource Management and Process Improvement

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Energy Materials Labor Goods or Services Capital Information Feedback information for control of process inputs and conversion Figure 5.1: Inputs, Outputs, and Feedback Other byproducts Transformation (Conversion) Process

  2. Figure 5.2: Sustainability Product and Process Frameworks

  3. Figure 5.3 Value Stream Map: Resource Inputs & Outputs

  4. Figure 5.4 Water Used vs Needed Summary of Water Waste Water Used: 95,000 gallons Actual Water Needed: 50,000 gallons Water Wasted: 45,000 gallons Water Used 30 Kgal 15 Kgal 45 Kgal 5 Kgal 0 Kgal 10 Kgal 5 Kgal 30 Kgal 5 Kgal 0 Kgal Actual Water Needed

  5. Figure 5.5 Example Measures

  6. Figure 5.6 Typical causes of Non-value added activities Problems with Products/Design Waste observed within the process Problems with Metrics Problems with Process Problems with Customers/Mix

  7. Figure 5.7 Design for Environment Flow and Support Tools

  8. Figure 5.8 Correlating CNs and EMs

  9. Figure 5.9 EM Correlations

  10. Figure 5.10 Complete EDFD With Competitors Evaluation

  11. Figure 5.11 Life Cycle Analysis Scope

  12. Figure 5.12 Cradle to Cradle Philosophy Biological Technical

  13. Table 5.1 Customer Needs Roof Moss Remover Product

  14. Table 5.2 Engineering Metrics Roof Moss Removal Product

  15. Table 5.3 Sample of Environmental Needs and Engineering Metrics Environmental Needs Environmental Engineering Metrics Weight Volume Number of parts Variety of materials Likelihood of getting dirty or oxidizing Hardness Physical lifetime Energy consumption Rate of recycled material Sensory impact (noise, visual, etc.) Emissions mass (air, water, soil) Biodegradability Material Toxicity • Less material usage • Less energy & water consumption • Easy to transport and store • Easy to process and assemble • High durability • Easy to reuse • Easy to disassemble & sort • Easy to maintain • Easy to compact • Safe to incinerate • Easy to dispose of or safe to landfill • Harmless to biosphere • Safe emissions

More Related