Decarbonization software
fit for Retailers
Measure and manage your emissions by store, product category, region, and more. Engage your key suppliers at scale and build joint action plans to address hotspots
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The Retail landscape encompasses a wide array of sub-categories, from food and CPG, to apparel and electronics. Each features multiple different value chains and emissions hotspots.
For the average Retailer, Scope 3 emissions account for 80-90% of their overall emissions, and the path to reducing Scope 3 emissions is anything but straightforward.
These emissions are not directly controlled by Retailers but are associated with their value chain — including the procurement of goods, transportation, distribution, usage, and the end-of-life processing of products. Reducing emissions depends on the engagement and efforts of all value chain actors, including suppliers, distributors, customers, and consumers.
By deeply understanding and prioritizing action in the most material sources of value chain emissions, companies can make faster and more impactful progress toward their sustainability goals
Decarbonizing the Retail value chain
In a survey by the World Retail Congress and BCG, less than 20% of Retailers surveyed reported they were on track to meet their emissions targets. One of the most cited challenges was a lack of access to the granular emissions data needed to support decarbonization action.
Decarbonization Lever
Engage suppliersto eliminate deforestation
and promote sustainable farming and land management practices, such as agroforestry and soil conservation
Raw Materials
Land-based emissions from agriculture are a significant driver of emissions within Retailer supply chains. Activities such as land use change, irrigation, fertilizer and pesticide use, and livestock management all contribute significant emissions through the release of carbon, methane, and nitrous oxide. Value chains for key commodities such as dairy, beef, soy, palm oil, cotton, leather, rubber, cocoa, and coffee are amongst the most material hotspots.
Decarbonization Lever
Transition to clean and renewable energyincrease energy efficiency, invest in the electrification of equipment, and reduce waste
Manufacturing Processes
It takes significant energy to power machinery, run production lines, and convert raw materials into finished products. Packaged food requires extensive heating, cooling, assembly, and refrigeration, while textiles require substantial energy, water, and chemicals for synthetic fiber production, dyeing, and finishing. Across consumer goods, manufacturing is a major emissions hotspot with significant potential for decarbonization through renewable solutions.
Decarbonization Lever
Increasing circularity of products and packagingto reduce dependency on virgin material use
Packaging
Packaging production — whether plastic, cardboard, glass, or metal —is highly energy and resource-intensive. In high-volume consumer categories, where packaging is an integral part of distribution and marketing, emissions are even more substantial. Moreover, non-circular packaging and product design, coupled with insufficient recycling infrastructure, result in a significant portion of recyclable packaging and used products ending up in landfills or being incinerated.
Decarbonization Lever
Review supplier locations and logisticsto streamline the movement of goods and optimize for lower-emission warehousing & transportation
Transportation
For Retailers, the carbon footprint of products is amplified by the global nature of supply chains. Processing, manufacturing, and final assembly often occur in different locations, requiring goods to be transported and warehoused at multiple stages. Retailers can optimize logistic routes to reduce the distance traveled, use lower emission suppliers with electrified fleets, and implement low-emission warehousing solutions — such as minimizing storage time and using refrigerants with a lower global warming potential.
Making it easier for Retailers to meet their carbon measurement and decarbonization goals
Poor data results in ineffective action. Moreover, without granular supply chain or product level emissions data, retailers will be unable to evidence their progress on decarbonization targets, leaving them vulnerable to allegations of in-action or worse, greenwashing.
Transparent and automated data management
Leverage AI assistance to automate the process of data ingestion and calculation, as well as to identify data gaps and estimate what is missing. Reduce the time and effort of data collection as much as possible.
Product Carbon Footprinting
Get rapid product lifecycle emissions estimates and insights to support the needs of your procurement, R&D, and marketing teams. Simulate the impact of different decarbonization actions for single or thousands of product SKUs.
Portfolio analysisComing Soon
Slice and dice your emissions data flexibly, and analyze hotspots by store, by product category, or by suppliers. Deep dive into carbon intensity metrics and relevant benchmarks to prioritize next actions
Smarter supplier engagement
Engage key suppliers at scale and acquire product-specific emission factors to improve the accuracy of your Scope 3 footprint. Build joint action plans to address shared emission hotspots
Scope 3 expertise
Implement best practices for data collection and emissions factor matching using sector specific databases, and fill data gaps with Terrascope’s proprietary data and models
Land-based emissions
Calculate your land use change and land management emissions from activities such as fertiliser application, farm activities, livestock rearing and more
Decarbonise with AI
Identify the drivers behind your emissions hotspots and data quality gaps, and take advantage of Terrascope’s AI to surface next best actions and simulate their impact
Carbon data management
Make progress on your carbon data journey by improving the transparency, granularity, quality and auditability of the all the source data underpinning your calculations
Prioritizing sustainability enables cost savings and improves consumer trust, helping drive long-term business growth.
With Retail value chains responsible for 25% of global emissions, measuring and reducing emissions
in collaboration with suppliers has become essential
Regulatory pressure & carbon pricing
Transparency is key to helping Retailers meet growing expectations for corporate climate action. Moreover, as more jurisdictions introduce mechanisms such as carbon taxes, a granular understanding of emissions is needed for modeling and mitigating future carbon costs
Enhancing supply chain sustainability
Significant cost and emissions reductions can be made by creating process efficiencies across the value chain and bringing suppliers along the journey — such as optimizing energy usage, packaging materials, logistics, and waste
Green procurement
Embedding sustainability into procurement criteria allows for the early identification of physical climate risks that could disrupt sourcing, as well as bring greater transparency to the opportunities and costs of reducing environmental impacts
Changing consumer attitudes & behavior
Consumers are starting to embrace circularity and sustainability-conscious products. Market demand is driving the shift from a linear ‘take-make-dispose’ model to a circular model, emphasizing product repairability or take-back programs
Customer Case Studies
The world’s largest Retailers and Distributors trust Terrascope to measure and manage their corporate, product and supply chain emissions
Mitsubishi Shokuhin: Gaining visibility of supply chain emissions for climate disclosures
Barbeques Galore: Cooking Up Deep Changes in Retail through Emissions Transparency
Frequently Asked Questions
What are the challenges that Retailers face to measure their Scope 3 emissions and track reductions?
It is difficult for Retailers to accurately report on Scope 3 emissions because of the barriers to gathering reliable data from their value chains. As such, it is critical that Retailers take a comprehensive approach, identifying where data is missing or of poor quality, and instead of excluding it from their Scope 3 footprint, to leverage the data they have to estimate and impute what is missing. In this way, they can make meaningful progress and continue to improve their estimates as primary data is made available by suppliers.
Why should my company engage suppliers in decarbonization?
Suppliers are an integral part of decarbonizing a product value chain. Over 90% of total emissions often come from activities beyond a company’s direct operations, such as the production of intermediate inputs.
Suppliers provide critical primary data on energy use, transportation methods, and production processes, which are necessary for creating accurate estimates of supply chain emissions. By involving suppliers, companies can gain a more comprehensive understanding of these significant emissions and identify opportunities for reduction. Strong partnerships with suppliers can also drive the adoption of sustainable practices, leading to meaningful progress in reducing overall emissions.
What are the benefits of doing product level carbon footprinting (PCF) across my portfolio?
A PCF study breaks down a company’s impact into smaller, more actionable pieces. Instead of looking at emissions for the whole company, focusing on emissions at the product level helps highlight key hotspots and pinpoint decarbonization opportunities for the most important products or product groups.
Retailers can then use this data to engage more effectively with suppliers, and when shared publicly, it also empowers consumers to make more sustainable choices, helping your company stand out in the market.
While traditional PCF studies usually require a lot of time and resources, Terrascope leverages AI to get product emissions insights fast, across your entire portfolio, even without supplier data. Our proprietary data models help to fill in data gaps while you work on your key data improvement needs—making PCF studies less of a burden and suitable for even companies who just started on their climate journey.
What are the key actions Retailers can take to reduce emissions in their operations?
For Retailers, the main sources of operational emissions typically include:
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Fossil fuel use for company vehicles and machinery
This includes cars, trucks, forklifts, and generators. In the short term, Retailers can focus on improving fuel efficiency. For long-term decarbonization, the biggest lever is to electrify the majority of their equipment and switch to renewable electricity.
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Electricity, heating, and cooling for offices and retail stores
Key sources of emissions here include lighting, refrigeration, and air conditioning. To reduce emissions, prioritize energy efficiency first (e.g., upgrading to LED lighting or more efficient HVAC systems) and then switch to renewable electricity to further decarbonize.
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Refrigerant emissions
Many common refrigerants have a high Global Warming Potential (GWP), meaning even small leaks can be hundreds or even thousands of times more potent in their warming potential than carbon dioxide. To address this, upgrade refrigeration systems to prevent leaks and consider switching to lower GWP alternatives, such as carbon dioxide, ammonia, or R290.
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Waste generated in operations
Waste types primarily include packaging, product waste, or food waste. Companies can reduce waste by cutting down on unnecessary packaging and promoting circularity (e.g., implementing “ugly food” programs to repurpose food that would otherwise go to waste).
What are the renewable energy options retailers can explore?
Depending on the Retailer’s circumstances and geographical location, several renewable energy options are available, including:
- Onsite renewable generation: Installing systems like rooftop solar panels to generate clean energy directly at your facility
- Power Purchase Agreements (PPAs): Committing to long-term purchases of renewable energy from a specific project. PPAs can be physical (where the renewable energy is directly transmitted to your site) or virtual (where there’s no direct energy transfer, but you’re supporting a renewable project financially)
- Green Tariffs: Purchasing electricity from your utility provider that includes a higher percentage of renewable energy, as defined by the agreement
- Renewable Energy Certificates (RECs): Buying certificates that represent the environmental attributes of one megawatt-hour (MWh) of renewable energy generated elsewhere in the grid. This allows you to support renewable energy without directly purchasing it. Different countries have their own recognized REC standards, such as iREC, GEC, REGO, etc
- Joining initiatives like RE100: Becoming a member of RE100, where leading companies share best practices resources and commit to 100% renewable energy. This initiative sets clear standards for responsible renewable energy procurement
When should companies set SBTi FLAG targets?
If your company wants to set ambitious climate targets with the Science Based Targets initiative (SBTi), you may also need to set a FLAG target. FLAG stands for Forest, Land, and Agriculture, and it applies to companies with significant emissions tied to land-based activities.
FLAG targets are set, in addition to the usual energy and industry targets, to cover agricultural and land-based emissions in a company’s operation and value chain.
For a Retailer, FLAG targets would apply if:
- You’re in the Food and Consumer Staples Retailing sector (a FLAG-designated sector) or
- Your FLAG-related emissions are more than 20% of your total Scope 1, 2, and 3 emissions. For Retail, sub-categories such as furniture, apparel, luxury goods, tires, or fast-moving consumer goods (FMCG) often cross that 20% threshold.
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Making it easier for Retailers to meet their carbon measurement and decarbonization goals
Manage your emissions by store, product category, region, or supplier. Get started today!