Decarbonizing the Snack Aisle: Inside PepsiCo's Journey to Net Zero

In a world of climate challenges, one of the planet's largest food and beverage companies is attempting to rewrite the recipe for sustainable business.

Net Zero by 2040 Climate Strategy Sustainable Business

Imagine the journey of a single potato chip—from farm to factory to your local store. Each step requires energy, creates emissions, and contributes to the carbon footprint of the global food system. For PepsiCo, with its portfolio of 23 billion-dollar brands including Pepsi, Lay's, and Gatorade, this adds up to a massive climate challenge. The company has pledged to achieve net-zero emissions by 2040, a goal that requires reimagining every aspect of its operations. This isn't just corporate responsibility—it's a fundamental transformation of how business gets done in a warming world.

Why a Chip Company Cares About Carbon

Climate Risks

According to PepsiCo's own reporting, climate change poses direct risks to their operations by impacting "the quantity and quality of agricultural raw materials available for our products, contribute to weather patterns that affect the operation of our facilities and supply chain and affect the availability and quality of water" 2 .

Business Resilience

For PepsiCo, tackling emissions is simultaneously an environmental imperative and a business survival strategy. The company sources crops from farms worldwide, and climate instability threatens the very foundation of its supply chain. This dual recognition of responsibility and risk has fueled PepsiCo's increasingly ambitious climate targets 1 7 .

The Three Scopes: Mapping a Carbon Footprint

To understand PepsiCo's challenge, we first need to understand how corporations measure their climate impact through three categories of emissions:

Scope 1

Direct emissions from company-owned facilities and vehicles

Scope 2

Indirect emissions from purchased electricity

Scope 3

All other indirect emissions across the value chain, from farm to consumer

The Scope 3 Challenge

What makes PepsiCo's challenge particularly daunting is that 93% of their total emissions fall into Scope 3 4 9 . This means the vast majority of their carbon footprint comes from activities outside their direct control—from how farmers grow crops to how consumers dispose of packaging.

The Ambitious Roadmap: From Pledges to Progress

The 2030 Milestone

  • 75% reduction in Scope 1 & 2 emissions (from 2015 baseline)
  • 40% reduction in Scope 3 emissions (from 2015 baseline) 1 4

The North Star: Net-Zero by 2040

In 2021, PepsiCo accelerated its timeline, pledging to achieve carbon neutrality across its entire value chain by 2040—a full decade earlier than called for in the Paris Agreement 1 7 .

By 2025, these targets were refined with SBTi validation to include:

  • 50% reduction in Scope 1 and 2 emissions by 2030 (2022 baseline)
  • 30% reduction in Scope 3 Forest, Land and Agriculture (FLAG) emissions
  • 42% reduction in Scope 3 Energy and Industry (E&I) emissions 2
PepsiCo's Emissions Reduction Progress (2015 Baseline)

Cracking the Code: PepsiCo's Multi-Pronged Attack on Carbon

Achieving these ambitious targets requires a comprehensive strategy touching every part of the business. PepsiCo's approach centers on two pillars: mitigation (reducing GHG emissions) and adaptation (building resilience to climate impacts) 2 .

Revolutionizing Agriculture Through Regenerative Farming

As a company built on agricultural ingredients, PepsiCo has made sustainable farming a cornerstone of its climate strategy. The company is working to spread regenerative practices across 7 million acres of farmland by 2030 9 .

These practices include:

  • Planting cover crops to improve soil health
  • Adopting low- or no-till techniques to reduce soil disturbance
  • Integrating livestock and increasing crop diversity 6
Progress in Regenerative Farming
2022: 900,000 acres
2023: 1.8 million acres 3
2024: 3.5 million acres 6
Target: 7 million acres by 2030

Benefits of Regenerative Farming

  • Reduces agricultural emissions
  • Improves soil carbon sequestration
  • Enhances water retention
  • Increases resilience to climate extremes
  • Supports biodiversity

The Circular Economy in Action: From Potato Peels to Fertilizer

One innovative example of PepsiCo's circular economy approach turns waste into worth. At its Walkers crisps factory in Leicester, UK, the company partnered with clean-tech firm CCm Technologies to transform potato peelings into low-carbon fertilizer 7 .

The Circular Process
1
Collect Waste

Potato waste is collected from the manufacturing process

2
Convert

CCm's carbon capture technology converts it into fertilizer

3
Return

This fertilizer is returned to farms growing potatoes for Walkers

4
Continue Cycle

The cycle continues, reducing waste and emissions simultaneously

This initiative exemplifies the circularity that PepsiCo is trying to build into its operations—where waste from one process becomes input for another, reducing both emissions and resource consumption 7 .

Decarbonizing Operations: Renewable Energy and Electric Fleets

For its direct operations, PepsiCo is focusing on two major initiatives:

Renewable Energy Transition

The company aims to source 100% renewable electricity across all company-owned operations by 2030 4 .

Progress:
2021: 70% renewable electricity 4
Europe: 100% by 2022 (12 countries achieved) 7

Electric Vehicle Adoption

PepsiCo is rolling out 100 heavy-duty Tesla Semis for deliveries and had electric vehicles covering over 3 million zero-emission miles in 2023 3 4 .

This transition is crucial since distribution contributes significantly to their Scope 1 emissions 1 .

Impact:

100

Tesla Semis

3M+

Zero-emission miles

Rethinking Packaging: The Plastic Problem

Packaging represents both an environmental challenge and emissions reduction opportunity. PepsiCo is working to:

Increase Recycled Materials

10% of packaging contained recycled plastic in 2023

Develop Reusable Formats

10% of drinks sold in reusable packages in 2023

Reduce Packaging Weight

Lightweighting and material reduction initiatives

PepsiCo's Sustainable Packaging Progress
Initiative 2023 Status 2030 Goal
Recycled plastic use 10% of packaging 3 50% of packaging 3
Reusable packaging 10% of beverages 3 Not specified
RCBR* Packaging 89% 3 100%
Virgin plastic reduction 6% increase from 2020 (improved from 11% in 2022) 3 Reduction target
*Recyclable, Compostable, Biodegradable, or Reusable

The Scientist's Toolkit: Key Technologies Driving Decarbonization

Renewable Electricity

Procurement for manufacturing facilities to reduce Scope 2 emissions 4 7 .

Electric Vehicles

Heavy-duty electric trucks for distribution to reduce Scope 1 emissions 3 4 .

Regenerative Farming

Agricultural practices to reduce Scope 3 emissions and improve soil carbon 6 9 .

Circular Packaging

Solutions to reduce emissions from virgin material production 3 6 .

Waste-to-Value

Technologies to transform manufacturing byproducts into valuable resources 7 .

Data & Analytics

Monitoring and reporting systems to track progress and identify opportunities.

Measuring Progress: The Data Behind the Claims

Transparent reporting is crucial for holding companies accountable. PepsiCo discloses its emissions annually through platforms like CDP 1 . The data reveals both progress and challenges.

Emissions Breakdown by Scope
PepsiCo's Reported Emissions (2019-2020)
Scope 2019 Emissions (Metric Tons CO2e) 2020 Emissions (Metric Tons CO2e)
Scope 1 (Processing/Manufacturing) 2,239,964 1 Not specified in search results
Scope 1 (Distribution) 1,312,742 1 Not specified in search results
Total Scope 1 3,552,415 1 3,552,706 1
Progress Assessment

While PepsiCo reduced its absolute emissions by 5% from 2022 to 2023, the company acknowledges the difficulty of decoupling business growth from emissions 3 5 . Total GHG emissions in 2023 were approximately 58 million metric tons, a 4% reduction from 2015 but still a substantial footprint 3 .

The Road Ahead: Challenges and Opportunities

Scope 3 Complexity

With 93% of emissions coming from the value chain, PepsiCo's success depends on engaging and influencing thousands of suppliers and farmers 4 9 . The company has created programs like the Supplier Leadership on Climate Transition collaborative to equip suppliers with knowledge and resources to decarbonize 9 .

External Dependencies

PepsiCo's Climate Transition Plan acknowledges reliance on external enablers including decarbonization of electrical grids, supportive government policies, technology innovation, and market development for low-carbon fuels 2 .

Balancing Growth and Reduction

As Jim Andrew, PepsiCo's Chief Sustainability Officer, acknowledged: "Decoupling our business growth from our resource use is always going to be difficult but meeting our long-term targets is critical" 5 .

Investment Requirements

Transitioning to net-zero requires significant capital investment in new technologies, infrastructure upgrades, and supplier support programs, creating financial challenges alongside operational ones.

A Template for Corporate Climate Action

PepsiCo's journey offers valuable lessons for corporations worldwide. Their experience demonstrates that:

Science-based targets

Provide a crucial framework for ambitious climate action 9

Collaboration across value chain

Is essential for tackling Scope 3 emissions 4 7

Circular economy principles

Can turn waste into value while reducing emissions 7

Transparent reporting

Builds accountability and drives progress 1

While the path to net-zero remains challenging, PepsiCo's comprehensive approach—spanning agriculture, operations, packaging, and transportation—shows how major corporations can align business interests with planetary needs. As climate change increasingly disrupts global food systems, such transformations may well determine which companies thrive in the decades ahead.

The success of PepsiCo's ambitious pledge will depend not just on their internal efforts but on creating ecosystems of change—engaging suppliers, consumers, policymakers, and innovators in the collective mission to build a more sustainable food system 2 7 .

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