The Resource Revolution Trainer: Coupling Sustainability with Excellence SESSION 3: PRINCIPLES.

Slides:



Advertisements
Similar presentations
Resource Efficiency Seminar Eco Design. Content What is eco design? What is eco design? Benefits of eco design? Benefits of eco design? Environment or.
Advertisements

Opportunities in Low Carbon Heat Prof Sir Jim McDonald Principal & Vice Chancellor, Strathclyde University and Scottish Enterprise Board Member 18 th November.
Chemical Industry Value Chain Partnership for growth
©2009 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. HP Restricted Will new technologies.
Renewable Energy Generation Geothermal Energy Systems Photovoltaic Systems Biomass Systems Landfill Gas Microturbines Wind Turbines Solar Water Heaters.
Lena Ek Member of the European Parliament. Lena Ek Member of the European Parliament The EU risks permanently lowered growth path The European economy.
State Incentives for Energy Efficiency Commercial and Industrial New Jersey Board of Public Utilities Office of Clean Energy Mona L. Mosser Bureau of Energy.
Sustainability. Sustainability Defined Sustainability commonly refers to the characteristic of a process or state which can be maintained at a certain.
1 The chemical industry as a key for economic development and wealth Annual meeting of PIBF Andrea Weigel, Cefic 26 March 2009.
Environmentally Conscious Design & Manufacturing (ME592) Date: April 26, 2000 Slide:1 Environmentally Conscious Design & Manufacturing Class 21,22: Energy.
Sustainability Internal Drivers and Self-Assessment Dennis J. Stamm VP, Director Lean Enterprise Consulting February 22, 2010.
Discuss the reduction of resource consumption by conservation, waste reduction recycling & substitution.
Solar panel Housing By: Danae Clary =) Ms. Hackney 2B.
Getting Green Building Automation. Why is Building Automation a Green Technology? There are programs starting all over the nation that focus on alternative.
Damien O’Brien Paper by: Barbara K. Reck* and T. E. Graedel Center for Industrial Ecology, School of Forestry and Environmental Studies, Yale.
EV – HV (1) General description Market –failure in the past for EV –Public acceptance hard to determine Technology –A continuum from hybrid to full EV.
Siemens sans siemens sans bold siemens sans italic siemens sans italic bold siemens sans black siemens black italic Siemens Building Technologies.
© ABB Engineering Services Energy Responding to the Challenge of Climate Change.
Environment. Strengthen cooperation with DENSO Group and partners Eco Management Development of environmentally friendly technologies and products Eco.
Remanufacturing: Links to Sustainability Matt Bogoshian Senior Policy Counsel Office of Chemical Safety and Pollution Prevention U.S. Environmental Protection.
© 2008 Data Power Services, LLC By: Tom Taranto 2010 Energy Expo Hosted by National Grid NYSERDA Reducing Compressed Air Energy Cost Using a Systems Approach.
What is Green Technology? Green Technology is making environment friendly products. It uses recyclable components based on other models. Green Technology.
ICTs and climate change mitigation in the context of emerging economies Presentation at ICTD 2010 Session 1206 “ICTs, Climate Change and Development” London,
Renewable/Non-renewable Resources
New Technology for CIO of the future PUTCHONG UTHAYOPAS KASETSART UNIVERSITY.
Management and Organisation of Electricity Use Electrical System Optimisation Belgrade November 2003.
Lecture Objectives: Finish with example modeling problems –Phase change thermal storage materials –Energy and airflow Interpret energy simulation results.
Ivana Tong ◊ Sid Shekhar ◊ Matt Tomlinson ◊ Haswiny Deva
Renewable energy Types of energy used Evaluating energy What is net energy Energy efficiency Ways to improve efficiency Solar Hydro Wind Biomass Hydrogen.
Green Materials for building construction  Materials or products that Minimize resource use  Materials or products with Low environmental impact  Materials.
Energy System Design: A Look at Renewable Energy Summary Lecture.
NEW Energy Efficiency Funding Scheme. Cash for Kilowatts - Savings for YOUR Business Energia = Grant funding for your Energy Efficiency projects – FACT.
COPS, 2 nd Mai 2013, H. Leuenberger Promotion of Green Industries in Recycling Heinz Leuenberger PhD Director, Environmental Management Branch.
ERGA'S HYBRID BAKU
Do you know? By 2015, an estimated 40-48% of new non-residential construction by value will be green, equating to a $ billion.
Zaher Charara B200 AOU 1 Chapter 26 A Road Map for Natural Capitalism.
SESSION 5: ORGANIZATION
Report on Green Logistics
SESSION 1: CONTEXT – THE GLOBAL RESOURCE CHALLENGE
Sustainability Internal Drivers and Self-Assessment Dennis J. Stamm
Low Carbon Heat: Opportunities and Support
Transport and air pollution
Topics To Be Covered What is green manufacturing? Terms to know Goal
Sustainable development
SESSION 4: BUILDING BLOCKS
SIX SIGMA IMPLEMENTATION
Healthy planet = higher profits HP’s approach to sustainability
SESSION 6: TIME AND SCALE
Nestlé Striving for Sustainability
The chemical industry as a key for economic development and wealth
DOE Data Center Energy Efficiency Program and Tool Strategy
Adoption of Industry 4.0 in India – Opportunities & Challenges
25 years of saving computers from the landfill
Environmental and Natural Resource Economics
Power Point Notes: Electrical Circuits
to change the way we deal with waste
Circular Economy Development in China
Sustainability Internal Drivers and Self-Assessment Dennis J. Stamm
Helping customers to better manage their energy
Building Competitive advantage through functional level strategies
New Zealand Aluminium Smelters Ltd Climate Change Approach
Designing Products for End-Of-Life
Building Competitive advantage through functional level strategies
Dynamic Chiller Optimization The Next Level of Retro-Commissioning
The Earth’s Atmosphere
Global megatrends (relevant for our business)
Sustainability Case for
Systems and Optimization
How to tackle air pollution
Industrial Products Business challenge
Presentation transcript:

The Resource Revolution Trainer: Coupling Sustainability with Excellence SESSION 3: PRINCIPLES

______________________Becoming the Resource Revolution Enterprise 3. Principles ______________________Becoming the Resource Revolution Enterprise

Principles for the Resource Revolution Enterprise Substitution Eliminate waste Increase circularity Optimisation Virtualisation & Dematerialisation

Learning by doing Experiment stage of the Zeronautics transformation process (disruptive, transformative) Includes “frugal innovation”: Rather than seeking to adapt Western products to developing world conditions, these take needs of poor consumers as starting point and work backwards. E.g. strips products down to their bare essentials. Cf companies like electric car-maker BYD from China, previously a battery company.

1. Substitution Look at every single resource your company uses in its core products and every single resource that customers use or consume, then look for higher-performing, less expensive, or less-scarce materials that might work as substitutes. Look at how substitutes can deliver superior overall performance.

1. Substitution IRP has highlighted priority areas for innovation being energy and fossil fuels, agrifood and materials Examples include alternative sources e.g. methane from landfills, solar thermal cookers in poor communities, bamboo as building material

2. Eliminate waste Measure your input materials, energy and water; compare that with your delivered product. Try to understand all the waste factors in between (such as leakage, scrap, idle machines and interruptions). Cf approach behind waste reduction made famous by Toyota’s “kaizen”

2. Eliminate waste Apply life cycle thinking, eco-design, new tech e.g. 3D printing taking 3R to zero waste Consider resource interrelations: e.g. IBM has seen how integrated water and energy management at single plant enabled savings of US$ 3 million while increasing output by 33 percent

3. Increase circularity Find value in products after their (initial) use Key rule of thumb: the tighter (narrower) the loop (circuit), the greater the value captured and the stronger the competitive differentiation E.g. reusing a phone is more valuable than reusing a chip, which again is more valuable than melting it or grinding it down to extract gold…

3. Increase circularity Above-ground mining (cf aluminium, ewaste) Closed-cycle manufacturing Remanufacturing (incl product take-back, cf Caterpillar, Xerox) Industrial ecology / parks (e.g. chemicals industry / BASF)

4. Optimisation Maximizing efficiency and effectiveness What expensive assets are used only a small part of the time or what resource-intensive equipment is active without performing a function Consider PSSs and smart IT solutions that optimize routing, loading or sharing

4. Optimisation Electric motors can account for 60-80 percent of industrial electricity use, driving pumps, fans, air compressors and materials processing and handling. In China electric motors in industry account for 60% of national electricity consumption. Their operational efficiency is 10-30% below international best practice Komatsu, Japanese manufacturer of construction, mining, and industrial equipment: created market for customers to rent to / from each other

5. Virtualisation Virtualisation and Dematerialisation: challenges business models Involves (i) moving activities out of physical world and/or (ii) stopping doing things since they have been automated

5. Virtualisation Many items we used only 5 or 10 years ago are now replaced by dematerialized products or services that fulfill the same function, often better E.g. books, radios, tickets, birthday cards, timetables, watches, manuals for managers or pilots replaced by iPads, flashlights replaced by LED lights, drones replacing planes, driverless vehicles

_______________DISCUSSION Which of the principles of productivity hold greatest potential for your business? Consider the rule of thumb in circularity, the tighter the loop, the greater the value captured and the stronger the competitive differentiation. How does this apply to product range? _______________DISCUSSION THE PRINCIPLES: Substitution Eliminate waste Increase circularity Optimisation Virtualisation and Dematerialisation