Entry
Reader's guide
Entries A-Z
Subject index
Ecoefficiency
The World Business Council for Sustainable Development (WBCSD) claims to have coined the term ecoefficiency in 1991. They defined ecoefficiency as
The delivery of competitively priced goods and services that satisfy human needs and bring quality of life, while progressively reducing ecological impacts and resource intensity throughout the life cycle, to a level at least in line with the Earth's estimated carrying capacity.
The principal objectives are as follows:
- Reducing the use of resources (energy, water, land, and materials), enhancing the recycling and reuse of lost resources, and closing material use/loss loops
- Reducing the impact on the environment by minimizing air emissions, water discharges, waste disposal, dispersion of toxic materials and heat, and fostering the sustainable use of natural resources
- Increasing product or service value by providing more benefits to customers through product functionality, flexibility, and modularity, providing additional services and focusing on selling the functional needs that customers actually want—raising the possibility of the customer receiving the same functional need with fewer resources used and lost in producing the product
Many companies use an environmental management system as a means to ensure that all the risks and opportunities relating to ecoefficiency are properly identified, efficiently managed, and made part an integral part of the way the business is operated. According to the WBCSD, the key elements that organizations can use to improve ecoefficiency are to (1) reduce energy, water, land, and material intensity; (2) reduce the dispersion of toxic substances and heat; (3) enhance the recyclability and reuse of the lost resources; (4) maximize the sustainable use of renewable resources; (5) extend product durability standards; and (6) increase service intensity of products and services.
Companies can achieve ecoefficiency by using various methods, including improving their processes to reduce the consumption of resources, reduce resource loss, and minimize operational risk, which should also help reduce costs. Process changes may also be made in other parts of the product life cycle, including supplier operations, distribution, customer use, and end-of-life considerations for the product. Additionally, companies can try to find by-product value in their wastes by seeking out companies that can use their lost resources as feedstock. Many companies have set zero-waste targets to create increased resource productivity and create additional cash benefits. It could be argued that this is ecoefficient because it allows for the creation of more value with fewer resources and less waste. Companies can also redesign their products in an attempt to dematerialize the product. Some have called this process “design for the environment.”
Although these ideals of business ecoefficiency deserve considerable merit, they have not yet become fully employed. However, mainstream attitudes regarding ecoefficient business practices began to alter in 1987 when the U.S. Congress voted to amend the Stevenson-Wydler Technology Innovation Act of 1980. The amendment called for the establishment of the Malcolm Baldrige National Quality Award, a presidential recognition for business performance excellence that includes criteria on demonstrating sustainable and efficient practices. The award was established at a time when the leadership of American manufacturing quality and cost was being challenged by foreign competition, and U.S. manufacturing productivity growth had improved less than that of other countries for two decades. Congress determined that poor quality was costing companies as much as 20 percent of their sales revenues, and that improved quality of manufactured goods and services would go hand in hand with improved productivity, lower costs, and increased profitability. Since this amendment, approximately 70 other countries have instituted performance excellence frameworks.
...
- Business Organizations, Movements, and Planning
- Balanced Scorecard
- Best Available Control Technology
- Best Management Practices
- Ceres Principles
- Certification
- Closed-Loop Supply Chain
- Compliance
- Core Competencies
- Corporate Social Responsibility
- Cost-Benefit Analysis
- Demand-Side Management
- Discounting
- Dow Jones Sustainability Index
- Ecoeffectiveness
- Ecoefficiency
- Ecoindustrial Park
- Ecological Economics
- Economic Value Added
- Emissions Trading
- Energy Performance Contracting
- Energy Service Company
- Environmental Accounting
- Environmental Assessment
- Environmental Audit
- Environmental Economics
- Environmental Impact Statement
- Environmental Indicators
- Environmental Management System
- Environmental Marketing
- Environmental Risk Assessment
- Environmental Services
- Environmentally Preferable Purchasing
- Equator Principles
- Extended Producer Responsibility
- Extended Product Responsibility
- Externalities
- Factor Four and Factor Ten
- Fair Trade
- Genuine Progress Indicator
- Global Reporting Initiative
- Global Sullivan Principles
- Industrial Ecology
- Industrial Metabolism
- Industrial Nutrients
- Informational Regulation
- Integrated Bottom Line
- International Organization for Standardization
- ISO 14000
- ISO 19011
- Leadership in Green Business
- Life Cycle Analysis
- Material Input per Service Unit (MIPS)
- Maximum Achievable Control Technology
- National Priorities List
- Natural Capital
- New Source Review
- Quantitative Risk Assessment
- Recycling, Business of
- Reverse Logistics
- Service Design
- Social Return on Investment
- Steady State Economy
- Stewardship
- Supply Chain Management
- Value Chain
- Business Profiles
- Green Business Challenges
- Green Business Solutions
- Abatement
- Appropriate Technology
- Bio-Based Material
- Biofuels
- Biological Resource Management
- Biomimicry
- Bioremediation
- Biotechnology
- Blended Value
- Brownfield Redevelopment
- Carbon Neutral
- Carbon Sequestration
- Carbon Trading
- Cause-Related Marketing
- Clean Fuels
- Clean Production
- Clean Technology
- Cogeneration
- Conservation
- Coopetition
- Cradle-to-Cradle
- Deposit Systems
- Distributed Energy
- Ecolabels
- Ecosystem Services
- Ecotourism
- Environmental Justice
- Green Building
- Green Chemistry
- Green Design
- Green Retailing
- Green Technology
- Green-Collar Jobs
- Gross National Happiness
- Integrated Pest Management
- Organic
- Pollution Offsets
- Pollution Prevention
- Precautionary Principle
- Remanufacturing
- Resource Management
- Responsible Sourcing
- Restoration
- Right to Know
- Seventh Generation
- Six Sigma
- Smart Energy
- Social Entrepreneurship
- Social Marketing
- Socially Responsible Investing
- Superfund
- Sustainability
- Sustainable Design
- Sustainable Development
- Systems Thinking
- Take Back
- Upcycle
- Voluntary Standards
- Waste Reduction
- Loading...
Get a 30 day FREE TRIAL
-
Watch videos from a variety of sources bringing classroom topics to life
-
Read modern, diverse business cases
-
Explore hundreds of books and reference titles
Sage Recommends
We found other relevant content for you on other Sage platforms.
Have you created a personal profile? Login or create a profile so that you can save clips, playlists and searches