ASPM Consulting — B2B Sustainability & ESG Insights

Practical perspectives from Mandar Pandit, Founder & Director | Lean Six Sigma, ISO & Risk Advisory Expert

1. ESG Strategy: Turning Sustainability from a Compliance Exercise into a Business Advantage

Sustainability is no longer a standalone corporate initiative managed by a small CSR or environment team. For businesses operating across complex supply chains, ESG has become increasingly connected with risk management, customer expectations, investor confidence, procurement decisions and long-term competitiveness.

A well-designed ESG strategy helps an organisation answer three fundamental questions:

1. What ESG issues are material to our business?
2. What risks and opportunities do they create?
3. What measurable actions should management take?

At ASPM Consulting, we view ESG strategy through a business-performance lens rather than treating it as a reporting exercise.

What Is an ESG Strategy?

ESG stands for:

• Environmental: Energy, emissions, water, waste, biodiversity and resource efficiency.
• Social: Employee welfare, human rights, diversity, occupational health and safety, community impact and supply-chain labour practices.
• Governance: Ethics, compliance, board oversight, anti-corruption, risk management and responsible decision-making.

A practical ESG strategy connects these areas to business objectives.

For example, a manufacturing company may identify electricity consumption as an environmental issue. But the business impact may include:

Higher energy consumption → higher operating cost → higher emissions → customer pressure → potential loss of preferred-supplier status.

Therefore, energy efficiency is not merely an environmental initiative. It is a cost, risk and competitiveness issue.

A Practical ESG Strategy Framework

ASPM Consulting recommends a five-stage approach:

1. Baseline → 2. Materiality → 3. Gap Assessment → 4. Targets & Roadmap → 5. Governance & Monitoring

Suppose a company currently emits 10,000 tCO₂e annually and wants to reduce emissions by 20% over three years.

Required reduction:

10,000 × 20% = 2,000 tCO₂e

Target emissions:

10,000 − 2,000 = 8,000 tCO₂e

The strategy then needs to identify where the 2,000 tCO₂e reduction will come from—renewable energy, process efficiency, logistics optimisation, fuel switching, supplier engagement or other measures.

Mandar Pandit’s Perspective

Mandar Pandit, Founder & Director of ASPM Consulting, approaches ESG strategy with a Lean Six Sigma and risk-advisory mindset.

His perspective is simple: an ESG strategy should ultimately improve decision-making and business performance.

Rather than creating 50 initiatives that nobody owns, management should identify a smaller number of material priorities with clear owners, KPIs, timelines and business outcomes.

For example:

ESG Objective	KPI	Owner	Business Benefit
Reduce energy consumption	kWh/unit	Operations	Cost reduction
Reduce GHG emissions	tCO₂e	EHS/Sustainability	Customer compliance
Improve supplier ESG	% assessed	Procurement	Supply-chain resilience
Improve employee safety	LTIFR	HR/EHS	Reduced incidents

Real-World Scenario

Consider an automotive-component manufacturer supplying global OEMs.

A customer requests evidence of:

• Carbon reduction targets
• Environmental management
• Responsible sourcing
• Labour practices
• ESG data

The company initially sees these as separate requirements.

An integrated ESG strategy reveals that the same operational improvements can address multiple requirements.

For example, reducing electricity consumption can simultaneously improve:

• Carbon performance
• Energy cost
• Customer ESG score
• Environmental performance
• Management visibility

This is where ESG becomes a management system rather than a documentation exercise.

Common ESG Strategy Mistakes

Businesses often make four mistakes:

Starting with reporting instead of strategy.
If data collection begins before material priorities are established, teams may collect large quantities of irrelevant information.

Setting targets without ownership.
A target without an accountable process owner is unlikely to deliver results.

Treating ESG as the responsibility of one department.
ESG performance depends on procurement, HR, finance, operations, legal, EHS and leadership.

Choosing ambitious targets without understanding the baseline.
A credible target starts with reliable data.

FAQ

Is ESG strategy only relevant for large companies?
No. SMEs increasingly face ESG requirements from multinational customers, lenders and supply-chain partners.

How long does an ESG strategy take to develop?
The timeline depends on organisational complexity, data maturity and stakeholder requirements. A focused baseline and roadmap can usually be developed much faster than a fully integrated ESG management system.

Should ESG sit under CSR?
Not necessarily. ESG is broader than CSR and should generally be connected with enterprise risk, operations and strategic decision-making.

What is the first step?
Establish the organisation’s current ESG baseline and identify the issues that are material to the business.

2. Sustainability Reporting: Converting ESG Data into Business-Ready Disclosure

Companies are generating more sustainability information than ever before. The challenge is no longer simply collecting data. It is ensuring that the information is accurate, consistent, traceable and decision-useful.

Sustainability reporting converts operational ESG information into structured disclosures for stakeholders such as investors, customers, regulators, employees and business partners.

Why Sustainability Reporting Matters

Imagine a company reporting:

“We are committed to reducing our environmental impact.”

This communicates intent but not performance.

A stronger disclosure might state:

“Electricity consumption reduced from 12 million kWh to 10.8 million kWh during the reporting period.”

The second statement is measurable and verifiable.

The objective of professional sustainability reporting is therefore to move organisations from claims to evidence.

What Goes into a Sustainability Report?

Depending on the organisation and reporting requirements, information may cover:

• Energy
• GHG emissions
• Water
• Waste
• Employee data
• Health and safety
• Human rights
• Diversity
• Supply chain
• Ethics
• Governance
• Community impact

A Simple Data-Quality Model

ASPM Consulting looks at ESG information using four questions:

Is it complete?
Is it accurate?
Is it consistent?
Can it be traced to evidence?

For example, if a company reports annual electricity consumption of 5 million kWh, the underlying evidence should ideally connect to:

Utility bills → meter records → consolidation sheet → calculation → reported figure

This creates an audit trail.

Practical Numerical Example

Suppose three facilities report electricity consumption:

• Facility A: 2,000,000 kWh
• Facility B: 1,500,000 kWh
• Facility C: 1,000,000 kWh

Total:

2,000,000 + 1,500,000 + 1,000,000 = 4,500,000 kWh

If the company also uses an emission factor of 0.7 kgCO₂e/kWh:

4,500,000 × 0.7 = 3,150,000 kgCO₂e

or:

3,150 tCO₂e

The important point is not just the final number. It is whether the source data, emission factor, calculation methodology and assumptions are documented.

Mandar Pandit’s Perspective

Mandar Pandit’s Lean Six Sigma experience brings an important principle to sustainability reporting: data quality is a process-quality issue.

If five departments produce the same KPI using five different methodologies, the reporting system has a process problem.

He therefore encourages organisations to establish:

• Defined data owners
• Standard calculation methodologies
• Documented assumptions
• Evidence repositories
• Review and approval controls
• Change-control mechanisms

Real-World Scenario

A multinational customer’s procurement team asks a supplier to provide three years of ESG data.

The supplier discovers that:

• Energy data is available for all locations.
• Waste data is available only for major plants.
• Scope 1 emissions are calculated annually.
• Scope 2 methodology changed during the period.
• Employee data is maintained by HR but uses different reporting boundaries.

The problem is not lack of commitment. It is lack of a reporting architecture.

A reporting-readiness assessment can identify these gaps before the company faces an external questionnaire or assurance process.

FAQ

Is sustainability reporting only for listed companies?
No. Private companies may also need sustainability information for customers, lenders, investors and supply-chain assessments.

Can ESG reports use estimates?
Depending on the reporting framework and data availability, estimates may sometimes be appropriate, but assumptions and methodologies should be documented.

What is more important: a long report or good data?
Good data. A concise, evidence-backed report is more valuable than a lengthy document containing unsupported claims.

3. BRSR Consulting: Making Indian ESG Disclosure More Structured and Reliable

For Indian businesses, sustainability disclosure has become an increasingly important component of corporate reporting.

Business Responsibility and Sustainability Reporting (BRSR) provides a structured mechanism for communicating environmental, social and governance performance.

For organisations preparing BRSR information, the challenge often lies in translating operational data into consistent disclosures.

BRSR Is More Than a Reporting Template

BRSR can require information spanning:

• Governance
• Energy
• Emissions
• Water
• Waste
• Employee practices
• Human rights
• Customer responsibility
• Community impacts
• Supply-chain practices

This means BRSR data often sits across several functions.

Finance may own some corporate information.

HR may own workforce data.

EHS may own environmental information.

Procurement may own supplier data.

Compliance may own governance information.

The reporting team must bring these streams together.

A Practical BRSR Data Flow

A useful operating model is:

Requirement → Data Owner → Source → Calculation → Review → Approval → Disclosure

For example:

GHG emissions requirement

→ EHS owns data
→ Electricity and fuel records are collected
→ Emission factors are applied
→ Sustainability team reviews
→ Management approves
→ Final disclosure is prepared

Numerical Illustration

Assume an organisation consumes:

• 1,000,000 kWh electricity
• 100,000 litres of diesel

If electricity emissions are calculated using an applicable emission factor of 0.7 kgCO₂e/kWh:

1,000,000 × 0.7 = 700 tCO₂e

If diesel is assumed at 2.68 kgCO₂e/litre:

100,000 × 2.68 = 268 tCO₂e

Total illustrative emissions:

700 + 268 = 968 tCO₂e

The actual reporting calculation must use the applicable methodology and emission factors relevant to the reporting boundary.

Mandar Pandit’s Perspective

Mandar Pandit sees BRSR readiness as an opportunity to strengthen internal controls.

His approach is not simply:

“Complete the BRSR questionnaire.”

It is:

“Build a repeatable system through which BRSR information can be generated reliably year after year.”

That requires process mapping, responsibility matrices, evidence controls and data validation.

Real-World Scenario

A manufacturing company has three plants.

Each plant calculates waste differently:

• Plant A reports tonnes.
• Plant B reports kilograms.
• Plant C reports number of containers.

Before reporting, these values must be standardised.

If Plant B reports 500,000 kg:

500,000 ÷ 1,000 = 500 tonnes

But the bigger issue is methodology consistency.

A mature BRSR system establishes common definitions and reporting protocols across locations.

FAQ

Does BRSR involve only environmental information?
No. It covers environmental, social and governance dimensions.

Can BRSR preparation be automated?
Some data collection, consolidation and validation activities can be digitised, but governance and judgement remain important.

Who should own BRSR?
Ownership should be clearly defined, but successful reporting usually requires cross-functional participation.

What is the biggest BRSR challenge?
Often, it is fragmented data ownership and inconsistent evidence rather than the reporting format itself.

4. EcoVadis Assessment & Improvement: Moving from Questionnaire Completion to Score Improvement

For many organisations, an EcoVadis assessment has become part of doing business with global customers.

The key question is no longer:

“How do we complete the questionnaire?”

It should be:

“What management practices and evidence will demonstrate that our sustainability system is mature?”

EcoVadis assessments broadly examine areas such as:

• Environment
• Labour and human rights
• Ethics
• Sustainable procurement

Why Companies Struggle with EcoVadis

A company may be doing many good things but still struggle to demonstrate maturity.

For example:

The company may provide employee safety training but lack:

• A formal policy
• Documented objectives
• Performance indicators
• Corrective-action records
• Management review evidence

In ESG assessments, practice without evidence can be difficult to demonstrate.

A Practical Improvement Framework

ASPM Consulting uses a simple logic:

Policy → Action → KPI → Evidence → Review → Improvement

For example:

Policy: Reduce environmental impact.

Action: Install energy-efficient equipment.

KPI: kWh per unit produced.

Evidence: Metering records.

Review: Monthly management review.

Improvement: Corrective action where consumption exceeds target.

Numerical Example

A facility produces 100,000 units and consumes 2,000,000 kWh.

Energy intensity:

2,000,000 ÷ 100,000 = 20 kWh/unit

After an efficiency project:

Energy consumption = 1,700,000 kWh

Production = 100,000 units

New intensity:

1,700,000 ÷ 100,000 = 17 kWh/unit

Improvement:

(20 − 17) ÷ 20 × 100 = 15%

This is much stronger than saying:

“We improved energy efficiency.”

The organisation can demonstrate how much it improved.

Mandar Pandit’s Perspective

Mandar Pandit approaches EcoVadis improvement as a continual-improvement exercise.

A low score should not automatically trigger document creation.

Instead, the organisation should ask:

What management-system element is missing?

The answer could be:

• Policy
• Target
• Process
• KPI
• Training
• Monitoring
• Corrective action
• Supplier controls
• Evidence

This creates sustainable improvement rather than one-time questionnaire preparation.

Real-World Scenario

A supplier receives an assessment indicating gaps in sustainable procurement.

The organisation has a supplier code of conduct but does not:

• Obtain supplier acknowledgement consistently.
• Screen suppliers for ESG risks.
• Track supplier ESG performance.
• Define corrective-action expectations.

The improvement plan could introduce a supplier ESG process with measurable milestones.

FAQ

Can consulting guarantee a higher EcoVadis score?
No credible consultant should guarantee a particular score. Improvement depends on actual organisational practices and the evidence submitted.

Is a policy enough?
Usually, mature assessments require evidence that policies are implemented.

How should companies prepare?
Start with a gap assessment, prioritise high-impact areas, implement actions and organise supporting evidence systematically.

5. SBTi Consulting: Building Science-Based Climate Targets

Many companies are making net-zero or carbon-reduction commitments. But a credible climate target needs more than a percentage and a deadline.

Science-based target-setting helps organisations connect emissions-reduction ambitions with climate science and a structured transition pathway.

From “We Will Reduce Carbon” to a Measurable Target

Consider a company with baseline emissions of:

50,000 tCO₂e

Management announces a target to reduce emissions by 30%.

Required reduction:

50,000 × 30% = 15,000 tCO₂e

Target emissions:

50,000 − 15,000 = 35,000 tCO₂e

The next question is critical:

How will the company achieve the 15,000 tCO₂e reduction?

This is where target-setting becomes strategy.

Building the Reduction Pathway

A reduction roadmap might include:

• Energy efficiency: 4,000 tCO₂e
• Renewable electricity: 5,000 tCO₂e
• Process improvements: 2,500 tCO₂e
• Logistics optimisation: 1,500 tCO₂e
• Supplier engagement: 2,000 tCO₂e

Total potential:

4,000 + 5,000 + 2,500 + 1,500 + 2,000 = 15,000 tCO₂e

The target therefore has an operational pathway.

Scope 1, 2 and 3

Climate-target planning requires understanding emissions categories.

Scope 1: Direct emissions from sources owned or controlled by the organisation.

Scope 2: Indirect emissions associated with purchased energy.

Scope 3: Other indirect value-chain emissions.

For many companies, Scope 3 can represent a significant proportion of their footprint.

Mandar Pandit’s Perspective

Mandar Pandit brings a risk-management perspective to climate target development.

A climate target should be evaluated alongside:

• Capital expenditure
• Technology availability
• Supplier dependency
• Customer requirements
• Regulatory exposure
• Operational feasibility
• Financial impact

In his view, a target should not exist separately from the business plan.

Real-World Scenario

A manufacturing company wants to reduce emissions by 40%.

An initial assessment shows that 60% of emissions are related to purchased electricity and 25% arise from purchased materials.

Management therefore discovers that investing only in renewable electricity will not be sufficient.

The climate strategy must also engage procurement and suppliers.

This is a classic example of why Scope 3 analysis changes strategic priorities.

FAQ

Can every company immediately set a net-zero target?
Companies should first establish a reliable emissions baseline and understand their reduction opportunities and applicable target-setting requirements.

Are carbon offsets a substitute for emissions reduction?
No. A credible climate strategy prioritises actual emissions reductions and treats residual emissions according to applicable requirements and guidance.

Why is Scope 3 difficult?
It involves value-chain data, estimates, supplier information and categories outside direct organisational control.

6. TFS Consulting: Strengthening Sustainability and Climate-Related Business Readiness

For organisations using a TFS framework or TFS-related sustainability requirement, consulting should begin by understanding exactly what the framework requires and how it connects with the client’s business objectives.

The modern sustainability environment increasingly expects organisations to connect:

Strategy → Risk → Metrics → Targets → Disclosure

Why Framework Alignment Matters

A company may have excellent environmental programmes but still struggle to answer a customer’s or stakeholder’s structured sustainability request.

The issue is often alignment.

For example:

• The sustainability team tracks emissions.
• Risk management tracks climate risks.
• Finance tracks capital expenditure.
• Procurement tracks supplier exposure.

If these functions do not communicate, management lacks an integrated picture.

A Practical Framework

ASPM Consulting recommends mapping requirements against:

Requirement	Existing Practice	Gap	Action
Climate risk	Partial	No formal assessment	Conduct risk assessment
Emissions	Available	Data gaps	Improve GHG inventory
Targets	Informal	No approved pathway	Establish targets
Governance	Exists	Limited ESG oversight	Define responsibilities
Disclosure	Basic	Inconsistent metrics	Develop reporting controls

Mandar Pandit’s Perspective

Mandar Pandit’s ISO and risk-advisory background is particularly relevant here.

His approach is to avoid creating parallel systems whenever existing management systems can be leveraged.

For example:

ISO 14001 environmental processes + enterprise risk management + ESG KPIs

can be integrated into a common governance structure.

This reduces duplication and improves accountability.

Real-World Scenario

A company already has:

• ISO procedures
• Risk registers
• Internal audits
• Management reviews
• Environmental objectives

Instead of creating an entirely new sustainability system, ESG requirements can be mapped onto these existing mechanisms.

This can significantly reduce implementation effort.

FAQ

What does TFS stand for?
TFS can refer to different frameworks or client-specific requirements. The first step in consulting should therefore be confirming the applicable TFS framework and scope.

Can existing ISO systems support ESG implementation?
Yes. Existing processes can often provide a strong foundation for ESG governance.

Why use a risk-based approach?
Because sustainability issues can affect cost, operations, reputation, compliance, supply chains and market access.

7. Carbon Footprint Assessment: Measuring the Emissions Behind Business Operations

Businesses cannot effectively manage what they cannot measure.

A carbon footprint assessment establishes an organisation’s greenhouse-gas emissions baseline and helps identify where reduction opportunities exist.

What Is a Carbon Footprint?

A corporate carbon footprint generally quantifies emissions associated with organisational activities.

The analysis commonly considers:

• Scope 1
• Scope 2
• Relevant Scope 3 categories

A Simple Calculation

Suppose a company consumes:

50,000 litres of diesel

Using an illustrative emission factor of:

2.68 kgCO₂e/litre

Emissions:

50,000 × 2.68 = 134,000 kgCO₂e

or:

134 tCO₂e

Now suppose electricity consumption produces an additional 300 tCO₂e.

Total:

134 + 300 = 434 tCO₂e

This baseline allows management to establish reduction priorities.

Carbon Footprint Is Not Just an Environmental Number

Consider two plants:

Plant A: 1,000 tCO₂e/year
Plant B: 500 tCO₂e/year

At first glance, Plant A appears to be the priority.

But if Plant A produces 1 million units:

1,000 ÷ 1,000,000 = 0.001 tCO₂e/unit

Plant B produces 100,000 units:

500 ÷ 100,000 = 0.005 tCO₂e/unit

Plant B has five times the emissions intensity.

Therefore, absolute emissions and intensity should both be considered.

Mandar Pandit’s Perspective

Mandar Pandit encourages companies to treat carbon accounting as an operational measurement system.

The key questions are:

• What activity creates the emissions?
• Who owns the activity data?
• What factor is being applied?
• Is the methodology consistent?
• Can the calculation be reproduced?

This is similar to process measurement in Lean Six Sigma.

Real-World Scenario

A logistics company discovers that vehicle fuel is its largest Scope 1 source.

Instead of simply purchasing offsets, management analyses:

• Route efficiency
• Vehicle utilisation
• Empty kilometres
• Maintenance
• Driver behaviour
• Fleet technology

The carbon footprint therefore becomes an input into operational improvement.

FAQ

Do small companies need carbon footprints?
Increasingly, yes—particularly when customers request emissions information.

How frequently should the footprint be calculated?
Typically on a defined reporting cycle, often annually, with interim monitoring where useful.

Can estimates be used?
Where primary data is unavailable, estimates may be appropriate depending on the methodology, but assumptions should be documented.

8. Greenhouse Gas Accounting: Creating a Reliable Corporate Emissions Inventory

Carbon footprinting answers how much an organisation emits.

GHG accounting provides the structured methodology for determining what is included, how it is calculated and how the results are reported.

The Basic GHG Accounting Equation

A simple model is:

Activity Data × Emission Factor = Emissions

For example:

100,000 litres of fuel × 2.68 kgCO₂e/litre

= 268,000 kgCO₂e

= 268 tCO₂e

The calculation appears simple.

The complexity often lies in defining the correct activity data and emission factor.

Organisational Boundaries

Suppose a company operates:

• Head office
• Plant A
• Plant B
• Warehouse

The company must establish which facilities fall within the reporting boundary.

A change in boundary can materially change reported emissions.

This is why boundary-setting is an important part of GHG accounting.

Scope 1, 2 and 3

A robust GHG inventory identifies relevant emission sources across the three scopes.

The organisation should establish:

Source → Activity Data → Emission Factor → Calculation → Quality Check → Consolidation

Mandar Pandit’s Perspective

Mandar Pandit’s Lean Six Sigma approach brings attention to variation.

If one site measures fuel in litres, another in kilograms and another estimates consumption from expense records, the inventory may have inconsistent data quality.

Standardisation therefore becomes essential.

A good GHG accounting process defines:

• Units
• Sources
• Conversion factors
• Emission factors
• Data owners
• Review procedures
• Assumptions

Real-World Scenario

A company reports 8,000 tCO₂e one year and 10,000 tCO₂e the next.

Management assumes emissions increased by 25%.

Further investigation shows that a newly acquired facility was included in the second year’s reporting boundary.

The apparent increase is therefore partly attributable to organisational change.

This demonstrates why GHG accounting requires context, not just numbers.

FAQ

Is GHG accounting the same as carbon footprinting?
They are closely related. GHG accounting provides the structured principles and methodology behind the emissions inventory.

Why are Scope 3 emissions challenging?
They depend heavily on value-chain information and can involve estimation.

Can an organisation improve GHG data quality over time?
Yes. Organisations can progressively move from estimates toward more primary and reliable data.

9. ISO 14001 Environmental Management: Turning Environmental Intent into a Management System

ISO 14001 provides a systematic approach to environmental management.

The key word is system.

An organisation should not depend on individual employees remembering what needs to be done. Environmental responsibilities should be embedded into documented processes, controls, objectives and continual improvement.

The ISO 14001 Mindset

A practical management cycle is:

Plan → Implement → Check → Improve

For example:

Plan: Identify significant energy-use aspects.

Implement: Introduce energy-efficiency controls.

Check: Monitor kWh consumption.

Improve: Investigate deviations and implement corrective actions.

Practical Numerical Example

A facility consumes:

5,000,000 kWh/year

Management establishes a 10% reduction target.

Required reduction:

5,000,000 × 10% = 500,000 kWh

Target:

4,500,000 kWh/year

Possible actions may include:

• Equipment efficiency
• Preventive maintenance
• Compressed-air optimisation
• HVAC optimisation
• Lighting improvements
• Employee awareness

Environmental Aspects and Impacts

An organisation may identify:

Activity: Boiler operation
Aspect: Fuel consumption
Impact: GHG emissions and air emissions

Another example:

Activity: Manufacturing
Aspect: Chemical use
Impact: Potential soil/water contamination

The purpose is to identify where environmental controls are required.

Mandar Pandit’s Perspective

Mandar Pandit views ISO 14001 through the lens of operational discipline.

Certification should not be treated as the end goal.

The objective should be to create a management system that helps the organisation:

• Reduce waste
• Control environmental risks
• Improve resource efficiency
• Meet compliance obligations
• Reduce operating costs
• Demonstrate responsible management

Real-World Scenario

An industrial facility repeatedly exceeds its waste-generation target.

Instead of issuing another awareness circular, the organisation applies root-cause analysis.

The investigation identifies:

Excess scrap → inconsistent machine settings → operator variation → inadequate process control

The environmental problem is therefore linked to a production-process problem.

This is exactly where Lean Six Sigma and environmental management can complement each other.

FAQ

Is ISO 14001 only for manufacturing companies?
No. It can be applied across many types of organisations.

Does certification automatically mean good environmental performance?
Certification demonstrates conformity with the management-system requirements; actual environmental performance depends on implementation and continual improvement.

Can ISO 14001 support ESG?
Yes. It can provide structured processes for environmental governance, objectives, controls and performance monitoring.

10. ISO 14064 GHG Reporting: Building Confidence in Emissions Information

GHG information increasingly influences customer decisions, climate targets, sustainability reports and investment discussions.

ISO 14064 provides a structured framework for quantifying and reporting greenhouse-gas emissions.

Why GHG Reporting Needs Controls

Consider two companies:

Company A: Reports 10,000 tCO₂e with detailed source data.

Company B: Reports 9,500 tCO₂e but cannot explain several emission categories.

Company B’s lower emissions number does not necessarily mean better performance.

It may simply mean weaker accounting.

This is why data credibility matters.

The GHG Reporting Process

A practical process includes:

1. Define organisational boundaries.
2. Identify emission sources.
3. Collect activity data.
4. Select appropriate emission factors.
5. Calculate emissions.
6. Conduct quality checks.
7. Document assumptions.
8. Report results.
9. Consider verification where required.

Numerical Illustration

Suppose:

Natural gas consumption = 200,000 m³

Illustrative emission factor = 1.9 kgCO₂e/m³

Emissions:

200,000 × 1.9 = 380,000 kgCO₂e

= 380 tCO₂e

If electricity emissions are 1,200 tCO₂e, the combined total for those sources is:

380 + 1,200 = 1,580 tCO₂e

Mandar Pandit’s Perspective

Mandar Pandit’s risk-advisory experience is important because GHG data is increasingly becoming business-critical information.

A weak emissions inventory can create:

• Customer risk
• Reporting risk
• Target-setting risk
• Reputational risk
• Assurance challenges

Therefore, GHG reporting should have controls similar to other important corporate information.

Real-World Scenario

A company prepares its emissions report using spreadsheets maintained by multiple departments.

During review, consultants discover that:

• One emission factor is outdated.
• A site has been excluded.
• Fuel units were converted incorrectly.
• Two months of electricity data were estimated.

A structured GHG reporting process can detect these issues before external disclosure.

FAQ

Is ISO 14064 relevant if we already calculate our carbon footprint?
It can help strengthen the structure and credibility of the inventory and reporting process.

Is verification mandatory?
Verification requirements depend on the applicable programme, customer, regulatory or organisational context.

What should companies retain?
Source data, calculation methodologies, emission factors, assumptions, consolidation records and review evidence.

11. ISO 20400 Sustainable Procurement: Making Procurement Part of the ESG Strategy

Procurement can have a larger ESG influence than many organisations realise.

A company may have excellent internal environmental performance but source products from suppliers with significant environmental, labour or ethical risks.

That creates a gap in the sustainability strategy.

ISO 20400 provides guidance for integrating sustainability considerations into procurement.

From Price-Based Procurement to Value-Based Procurement

Traditional procurement may ask:

“Who offers the lowest price?”

Sustainable procurement asks:

“Which option delivers the best overall value while managing environmental, social and economic impacts?”

Consider two suppliers:

Factor	Supplier A	Supplier B
Purchase price	₹100	₹105
Expected energy cost	₹20	₹12
Expected waste cost	₹8	₹3
ESG risk	Higher	Lower

Supplier B costs ₹5 more initially but may create lower lifecycle costs and lower risk.

A Simple Total-Cost Illustration

Supplier A:

₹100 + ₹20 + ₹8 = ₹128

Supplier B:

₹105 + ₹12 + ₹3 = ₹120

Supplier B is more expensive on purchase price but cheaper on this illustrative lifecycle calculation.

Sustainable Procurement Criteria

Organisations can evaluate suppliers based on:

• Environmental management
• GHG emissions
• Energy performance
• Waste management
• Labour practices
• Human rights
• Ethical conduct
• Supply-chain transparency
• Product lifecycle
• Resource efficiency

Mandar Pandit’s Perspective

Mandar Pandit believes procurement is one of the strongest levers for integrating ESG into business operations.

His risk-advisory approach also highlights supplier dependency.

If a company depends on one high-risk supplier for a critical component, ESG assessment becomes part of business continuity.

Real-World Scenario

A manufacturer discovers that a critical supplier has weak environmental controls.

The procurement team initially wants to terminate the supplier.

A risk-based approach may instead classify the supplier as high risk and introduce:

• Corrective action
• Improvement timelines
• ESG assessment
• Periodic monitoring
• Alternative supplier development

This is often more commercially practical than an immediate exit.

FAQ

Does sustainable procurement always mean buying the greenest product?
No. It involves considering sustainability alongside quality, cost, risk, lifecycle and business requirements.

Should every supplier be assessed equally?
A risk-based approach is generally more practical. Critical and high-risk suppliers may require deeper assessment.

Can procurement teams own ESG?
Procurement can own supplier sustainability, but ESG should remain a cross-functional responsibility.

12. ISO 26000 Social Responsibility: Embedding Responsible Business Practices

Environmental sustainability often receives significant attention, but responsible business also depends on social and ethical practices.

ISO 26000 provides guidance on social responsibility and can help organisations structure their thinking around responsible business behaviour.

Key Areas of Social Responsibility

Organisations may consider:

• Organisational governance
• Human rights
• Labour practices
• Environment
• Fair operating practices
• Consumer issues
• Community involvement and development

Why Social Responsibility Is a Business Issue

Consider employee turnover.

A company has:

1,000 employees

Annual turnover = 20%

That means approximately:

1,000 × 20% = 200 employee exits

If average replacement and onboarding cost is ₹50,000:

200 × ₹50,000 = ₹10 million

This simplified example demonstrates that social issues can have measurable financial implications.

Mandar Pandit’s Perspective

Mandar Pandit’s risk-management perspective encourages organisations to connect social responsibility with business risk.

Employee wellbeing, ethical conduct, human rights and community relations are not simply reputational topics.

They can affect:

• Productivity
• Recruitment
• Retention
• Customer confidence
• Legal exposure
• Operational continuity

Real-World Scenario

A manufacturing company experiences high absenteeism.

Management initially assumes the problem is employee discipline.

Further analysis identifies:

• Long shifts
• Inadequate transport arrangements
• Poor supervisor communication
• Repetitive work
• Limited employee feedback mechanisms

The organisation introduces corrective measures.

The result is not merely a social improvement; it may also improve operational stability.

This demonstrates the value of combining people-focused analysis with process improvement.

FAQ

Is ISO 26000 a certification standard?
ISO 26000 is guidance on social responsibility rather than a conventional management-system certification standard.

Can ISO 26000 support ESG programmes?
Yes. Its principles can help organisations structure social-responsibility practices and stakeholder considerations.

Does social responsibility apply only to employees?
No. It also considers human rights, consumers, communities, ethical practices and broader stakeholder impacts.

13. SA8000 Social Accountability: Strengthening Workplace and Labour Practices

Global supply chains increasingly scrutinise how workers are treated.

For companies supplying international customers, social accountability can become a critical component of supplier qualification and risk management.

SA8000 focuses on workplace and labour-related requirements and provides a structured approach to social accountability.

Why Social Accountability Matters to Business

Poor labour practices can result in:

• Customer loss
• Supply-chain disruption
• Employee turnover
• Legal exposure
• Reputational damage
• Failed customer audits

A mature organisation therefore treats labour practices as part of enterprise risk management.

Areas Organisations Should Examine

Depending on applicable requirements, social accountability programmes can address areas such as:

• Child labour
• Forced or compulsory labour
• Health and safety
• Freedom of association
• Discrimination
• Disciplinary practices
• Working hours
• Remuneration
• Management systems

Practical Numerical Illustration

Consider a facility with:

2,000 workers

Annual turnover = 25%

Approximate annual exits:

2,000 × 25% = 500 workers

If improved working conditions reduce turnover to 18%:

2,000 × 18% = 360 workers

Potential reduction:

500 − 360 = 140 fewer exits

If average replacement cost is ₹40,000 per employee:

140 × ₹40,000 = ₹5.6 million

This is a simplified illustration, but it shows how social-performance improvements can create measurable business value.

Mandar Pandit’s Perspective

Mandar Pandit’s Lean Six Sigma perspective is particularly relevant to social accountability because many workplace problems are process problems.

For example:

Excessive overtime

may be caused by:

Poor production planning → capacity imbalance → bottleneck → overtime dependency

Rather than addressing only the symptom, management should investigate the underlying process.

Likewise, repeated safety incidents may require root-cause analysis rather than repeated awareness training alone.

Real-World Scenario

A supplier is found to have excessive working hours during peak production.

A superficial response would be:

“Tell employees to work fewer hours.”

A management-system response asks:

• Why is overtime occurring?
• Is production capacity adequate?
• Are customer forecasts accurate?
• Is workforce planning effective?
• Are bottlenecks being managed?
• Are supervisors monitoring working hours?
• Are corrective actions tracked?

This transforms social compliance into operational improvement.

FAQ

Is SA8000 only relevant to factories?
Its relevance depends on the organisation and supply-chain context, but social accountability principles can be important across sectors.

Is a social policy enough?
No. Organisations need evidence that requirements are implemented and monitored.

Can SA8000 complement ESG programmes?
Yes. It can strengthen the social component of an organisation’s sustainability and responsible-business framework.

Bringing the 13 Services Together: The ASPM Consulting Approach

ESG, sustainability and management-system requirements are often presented as separate disciplines:

ESG Strategy
BRSR
EcoVadis
SBTi
Carbon Footprinting
GHG Accounting
ISO 14001
ISO 14064
ISO 20400
ISO 26000
SA8000

In practice, they overlap significantly.

A company can create a much stronger management system by connecting them.

An Integrated ESG Improvement Model

ASPM Consulting can approach the journey through six stages:

1. Understand

Identify customer, regulatory, investor, stakeholder and business requirements.

2. Baseline

Measure current ESG, environmental, social and governance performance.

3. Assess Risk

Identify material risks, gaps and improvement opportunities.

4. Build the System

Develop policies, processes, controls, responsibilities and KPIs.

5. Improve

Use Lean Six Sigma and root-cause analysis to improve performance.

6. Report & Demonstrate

Convert verified evidence into BRSR, sustainability, customer, EcoVadis, GHG or other relevant disclosures.

Mandar Pandit’s Overall Perspective

For Mandar Pandit, Founder & Director of ASPM Consulting, the central principle is that sustainability should not become another disconnected corporate programme.

It should become part of the way the organisation manages:

Risk + Cost + Compliance + People + Operations + Customers + Long-Term Value

A mature ESG programme therefore does not merely produce a sustainability report.

It helps management answer:

• Where are our biggest ESG risks?
• What does poor performance cost us?
• Which improvements create measurable value?
• Who owns each action?
• How do we measure progress?
• What evidence can we demonstrate to customers and stakeholders?
• How do we continually improve?

That is the difference between ESG documentation and ESG management.

Final Takeaway for Business Leaders

The strongest sustainability programmes are not built around isolated certificates, questionnaires or annual reports.

They are built around reliable data, accountable processes, measurable objectives and continual improvement.

Whether an organisation is preparing for BRSR, improving its EcoVadis performance, developing science-based climate targets, establishing a carbon footprint, implementing ISO 14001, strengthening GHG reporting, improving sustainable procurement or enhancing social accountability, the underlying principle remains the same:

Measure what matters. Manage the risks. Improve the process. Demonstrate the evidence.

That is where sustainability becomes a business capability rather than a compliance activity.

ASPM Consulting can support organisations in developing practical, risk-based and measurable approaches to ESG, sustainability, ISO management systems and responsible business performance.