Conduct waste audits, set reduction targets, optimize packaging, collaborate with suppliers, invest in technology.

Ignore waste entirely

Increase packaging without consideration

Avoid collaboration with suppliers

Reducing carbon footprint has no impact on cost reduction in supply chain management

Reducing carbon footprint does not affect brand reputation in supply chain management

Reducing carbon footprint in supply chain management is crucial for environmental sustainability, cost reduction, brand reputation, and regulatory compliance.

Reducing carbon footprint is not a concern in supply chain management

Electricity from renewable sources

Wind power from turbines

Solar energy from panels

Hydrogen fuel cells

The concept of 'reduce, reuse, recycle' encourages increasing waste production

The concept of 'reduce, reuse, recycle' promotes minimizing waste generation through reducing consumption, reusing items, and recycling materials.

The concept of 'reduce, reuse, recycle' promotes hoarding items instead of recycling

Reduce, reuse, recycle' focuses on maximizing consumption and discarding items

By conducting a comprehensive inventory of greenhouse gas emissions, calculating emissions, setting reduction targets, implementing strategies, and monitoring progress.

By guessing and estimating emissions without data

By outsourcing carbon footprint calculations to unreliable sources

By ignoring environmental impact altogether

Cost reduction, decreased reliance on traditional energy sources, lower carbon footprint, and contribution to sustainability goals.

Increased pollution, higher costs, limited energy efficiency

Circular economy promotes the continual use of resources by reducing, reusing, and recycling materials to create a closed-loop system, thus minimizing waste generation and maximizing resource efficiency.

Circular economy advocates for the disposal of resources without any consideration for reuse or recycling.

Circular economy focuses on increasing waste production for economic growth.

Circular economy encourages the depletion of natural resources without regard for sustainability.

Energy efficiency has no impact on carbon footprint

Energy efficiency helps in reducing the amount of energy needed for various activities, leading to lower carbon emissions.

Energy efficiency increases carbon emissions

Energy efficiency is only relevant for water conservation

By setting clear sustainability goals, conducting regular audits, collaborating with suppliers, and providing incentives for sustainable practices.

By outsourcing all production to countries with lax environmental regulations

By refusing to collaborate with suppliers on sustainability initiatives

By ignoring sustainability practices and focusing solely on cost-cutting measures

High initial investment costs, intermittency of renewable sources, lack of infrastructure, regulatory barriers, limited technological advancements

Abundance of existing infrastructure

Low initial investment costs

Consistent availability of renewable sources

Upcycling is a term used to describe the practice of burning waste materials for energy production.

Upcycling is a process that leads to the generation of more waste and pollution.

Upcycling involves burying waste materials deeper in landfills for better decomposition.

Upcycling is the process of transforming waste materials or unwanted products into new materials or products of better quality or for better environmental value. It is significant in waste management practices as it reduces the amount of waste sent to landfills, conserves resources, and minimizes the environmental impact of production processes.

Design for operations

Design for Experiment

Design for Environment

Development For Environmental Practices

ESG Metric

BCG Metric

Sustainability SC Metrics

IOT

Conscious Choices,

Conservation ,

CO2 emissions ,

Co-operation

Conscious Choices,

Circular Supply Chain , Community ,

Co-operation

Circular Supply Chain

Conservation ,

Community ,

Co-operation

Conscious Choices,

Conservation , Community ,

Co-operation

Financial ,

Social,

Economic,

Environment

Human,

Social,

Economic,

Environment

Human,

Green SCM ,

Economic,

Environment

Human,

Social,

Sustainable Transport ,

Environment

Sustainable packaging helps in minimizing waste generation, reducing carbon footprint, and promoting resource efficiency.

Sustainable packaging has no impact on environmental sustainability.

Sustainable packaging leads to increased waste production and pollution.

Sustainable packaging focuses on maximizing resource depletion.

Cost savings, reduced environmental impact, improved supplier relationships, and enhanced brand reputation.

Increased costs, higher carbon emissions, strained supplier relationships.

Decreased brand reputation, limited supplier options, and lack of environmental benefits.

Green procurement practices have no impact on supply chain management.

Life cycle assessment is a methodology to assess the environmental impacts of a product or service throughout its entire life cycle, from raw material extraction to disposal.

Life cycle assessment focuses on ignoring environmental impacts in product evaluation.

Life cycle assessment promotes the use of harmful materials in product manufacturing.

Life cycle assessment has no relevance in evaluating environmental impacts.

Reducing waste, reusing materials, recycling products, and promoting sustainability.

Increasing waste, discarding materials, ignoring recycling, and neglecting sustainability.

Maximizing waste generation, depleting resources, avoiding recycling, and disregarding sustainability.

Optimizing waste management, conserving resources, recycling materials, and prioritizing sustainability.

Green logistics focuses on reducing carbon emissions, optimizing transportation routes, and minimizing environmental impact in the movement of goods.

Green logistics promotes excessive carbon emissions, inefficient transportation routes, and disregards environmental impact in supply chain operations.

Green logistics encourages the use of non-renewable energy sources, increasing transportation costs, and neglecting environmental sustainability.

Green logistics has no relevance in reducing carbon emissions, improving transportation efficiency, or addressing environmental concerns.

By considering environmental impact, resource efficiency, and end-of-life disposal in the design phase, companies can create more sustainable products.

By ignoring environmental concerns, maximizing resource depletion, and neglecting product disposal, companies can create unsustainable products.

By focusing solely on cost reduction, disregarding environmental regulations, and promoting wasteful practices, companies can design products without sustainability in mind.

By collaborating with stakeholders, conducting life cycle assessments, and prioritizing eco-friendly materials, companies can embed sustainability into their product design process.

Cost reduction, increased waste generation, limited collaboration, resource depletion

Environmental impact reduction, resource efficiency, waste minimization, sustainability promotion

Ignoring environmental concerns, maximizing waste production, neglecting sustainability, inefficient practices

High carbon emissions, excessive packaging, lack of innovation, poor supplier relationships

By promoting fair labor practices, ensuring safe working conditions, supporting local communities, and respecting human rights

By exploiting labor, compromising safety, neglecting communities, and violating human rights

By ignoring social responsibilities, maximizing profits, exploiting workers, and disregarding ethical practices

By avoiding social issues, outsourcing labor, cutting costs, and disregarding employee welfare

Stakeholder engagement helps in building trust, fostering collaboration, promoting transparency, and addressing diverse perspectives for sustainable practices

Stakeholder engagement leads to conflicts, lack of communication, mistrust, and unsustainable decisions

Stakeholder engagement is irrelevant in supply chain management

Stakeholder engagement hinders progress, complicates processes, and creates inefficiencies

How a facilities is operated over a specific period of time

The environmental impact of a project from the beginning to the end of its life cycle

The process of construction of built facilities

The demolition process of built facilities at the end of project life

Economy

Environment

Social

Energy use

CO₂ emission

Water use

Solid waste

Waste minimisation

Alignment of the supply chain management

Coordination among project parties

Work flow of construction activities

Reorder Point (ROP)

Key Performance Indicators (KPIs)

Moving Average (MA)

Trend Analysis (TA)

Corporate Sustainability Report

Corporate Social Responsibility

Corporate Success Ratio

Corporate Strategic Risk

All shareholders

Employees

Government

Society

All stakeholders

A. Only using delivery vehicles with a low carbon footprint.

B. Promoting ecological responsibility in the firm's advertising.

C. Emphasis on ecological responsibility in all of a company's activities.

D. Only using 'green' products in your supply chain

Lower cost solutions

Reducing dependence on paper

Optimized back-office processes

Increased energy savings

Hiding negative environmental impacts

Making false claims about sustainability

Avoiding greenwashing, ensuring transparency in claims, and promoting genuine environmental benefits

Exaggerating environmental benefits

By focusing only on profit

By tracking key performance indicators (KPIs) such as energy consumption, waste reduction, carbon emissions, and social impact.

By not tracking any data

By ignoring environmental impact

Potential risks include reputational damage, regulatory non-compliance, resource scarcity, and loss of competitive advantage.

Enhanced brand image and reputation

Increased customer satisfaction and loyalty

Improved employee morale and productivity

DRIVING LOCAL INNOVATION

QUALITY OF PRODUCT PURCHASED BY PRODUCT TYPE

PROCURED VALUE OF GREEN PRODUCT

VALUE OF PRODUCTS/SERVICES

EVALUATION BASED ON FINANCIAL AND TECHNICAL ASPECTS PLUS GREEN CRITERIA

GATHERING DATA ON PROCUREMENT AND ANALYSE THE IMPACT

ARTICULATE THE GREEN REQUIREENTS SO THAT SUPPLIES KNOW WHAT IS NEEDED

PRODUCTS, EQUIPMENT OR SYSTEMS WHICH MINIMIZES THE DEGRADATION OF THE ENVIRONMENT

WALMART

STARBUCKS

Volkswagen

LEVI'S

PROVIDE UN -RELIABLE INFORMATION AND GUIDE CUSTOMERS IN THEIR CHOICE OF PRODUCTS

CREATE AN OPPORTUNITY FOR CONSUMERS TO MAKE AN ENVIRONMENTALLY CONSCIOUS DESICION and Provides Reliable Information

ENLARGE ENVIRONMENTAL IMPACT WHICH MAY OCCUR DURING THE MANUFACTURING, UTILIZATION, CONSUMPTION AND DISPOSAL PHASES OF A PRODUCT

SAFE TO USE

USE LOTS OF ENERGY

DISPOSE RECYCLED MATERIALS

DEMOLISH NATURAL FOREST

required amount of inventory

Buffer inventory

Lower inventory

No inventory

Return on liquid asset

Return on Logistics assets

Return on logist asset

Return on logistical activities

Choosing the right present

Thinking about the choices you make

Reduce

Reuse

Recycle

All of the above

Karnataka

Rajasthan

Tamilnadu

Telangana

12

14

16

17

Rome

Lisbon

London

Munich

Jumping

Driving a Bike

Walking & Riding a Bicycle

Driving a car

hybrid cars

gasoline cars

diesel cars

electric cars

Helps reduce car pollution

Increases traffic

Increases pollution in cities

Sustainable transportation is also known as green transport.

Sustainable transportation aims to balance our present and future needs.

Sustainable transportation aims to maximize the impacts on the environment.

Sustainable transportation may entail the use of no vehicles at all.

To enhance traffic congestion and decrease car emissions.

To enhance traffic congestion and increase car emissions.

To improve traffic congestion and increase car emissions.

To improve traffic congestion and decrease car emissions.

Electric Car

Hybrid Car

Solar Car

Diesel Car

Energy efficient

Low-output battery

Performance benefits

Environmentally friendly

the purchase of recycle

the purchase of goods and technical

the purchase of goods and service

the purchase of good maintanance

Our current technological innovations have an effect on the environment

To keep using our non-renewable resources

To completely use the resources and leave nothing for future

None