The Impact of Emission Scopes for an IT Fleet

Introduction

In a landscape where corporate environmental responsibility is becoming a strategic priority, measuring the carbon footprint of IT infrastructure is no longer optional. Yet, many organizations struggle to grasp the complexity of digital emissions, particularly those falling under Scope 3. These indirect emissions, often invisible yet massive, can account for up to 70% of an information system's carbon footprint. Understanding the different emission scopes and their impact on your IT infrastructure is the essential starting point for any effective decarbonization strategy. Leasétic supports you in this process by offering refurbished equipment rental solutions that significantly reduce your environmental footprint.

Understanding Emission Scopes: An Essential Classification

The Three Levels of Carbon Responsibility

The international GHG Protocol methodology has established a three-scope categorization to facilitate the calculation of greenhouse gas emissions. This classification enables companies to structure their climate action coherently.

The Scope 1 encompasses direct emissions produced by the company itself: fuel combustion in company vehicles, gas heating of premises, or refrigerant gas leaks from air conditioning systems. For IT infrastructure, this scope is generally limited to potential leaks from cooling systems.

The Scope 2 covers indirect emissions related to energy consumption, primarily electricity used to power IT equipment. While these emissions do not occur directly on your premises, they are a direct result of your activity.

The Scope 3 encompasses all other indirect emissions across the value chain. This is where the real challenge lies for IT infrastructure: equipment manufacturing, transportation, end-of-life, and outsourced cloud services. This scope often represents the vast majority of a company's total emissions.

Why Scope 3 is the Digital Headache

Scope 3 presents specific challenges for the IT sector. Unlike easily measurable direct emissions, indirect emissions involve numerous external stakeholders, sometimes spread across several continents. The manufacturing phase of computers, servers, and peripherals accounts for a major portion of these emissions: rare metal extraction, assembly, international transport.

Key obstacles include the geographical dispersion of suppliers, the lack of reliable data communicated by manufacturers, and the complexity of traceability throughout the equipment lifecycle. For a service company that has neither gas heating nor a vehicle fleet, Scope 3 becomes the most significant emissions category to manage.

Key emissions categories for an IT fleet

Manufacturing: the invisible weight of your equipment

The production of IT equipment is the most emissive stage of its lifecycle. This phase, classified under Scope 3 Category 1 (purchased goods and services), includes raw material extraction, processing, assembly, and transport. A new computer thus generates several hundred kilograms of CO2 even before it is switched on for the first time.

This reality highlights the crucial importance of extending equipment lifespan and prioritizing refurbished hardware. By opting for refurbished equipment rental solutions, such as those offered by Leasétic, companies can drastically reduce the impact of this emissions category.

Leased assets: an often-overlooked category

Emissions from upstream leased assets, classified under Scope 3 Category 8, pertain to equipment that a company leases from another entity and over which it has no financial control. This categorization is essential to avoid double counting emissions in inventories.

For an IT fleet, this notably includes computers, servers, or network equipment leased under operational lease agreements. The lessee must account for these emissions in their Scope 3, even if they do not own the assets. This shared responsibility makes choosing a partner like Leasétic, which integrates environmental considerations into its business model, all the more important.

Cloud services and outsourced infrastructure

Data storage and processing in third-party operated data centers fall outside the direct control of IT departments. However, these infrastructures consume enormous amounts of energy and generate a carbon footprint proportional to the volume of data processed. This Scope 3 category requires particular vigilance and increased transparency from cloud service providers.

End-of-life and recycling: a prolonged impact

Few companies measure the carbon impact of recycling or disposing of their IT equipment. However, a poorly recycled or unused computer extends its lifecycle footprint. Scope 3 Category 12 (end-of-life treatment of sold products) includes electronic waste management, a major challenge in a sector where planned obsolescence remains prevalent.

How Leasétic helps you reduce the impact of your IT fleet

Leasing: a business model aligned with sustainability

Faced with the complexity of Scope 3, Leasétic offers a pragmatic and effective approach: the leasing of refurbished IT equipment. This circular economic model simultaneously addresses several challenges:

Reduced manufacturing : by prioritizing refurbished hardware, you avoid the production of new equipment and the massive emissions associated with the manufacturing phase. Each refurbished computer represents several hundred kilograms of CO2 saved.

Extended lifespan : leasing naturally encourages longer equipment use. Instead of systematically renewing their fleet every three years, companies can opt for lease durations tailored to their actual needs, thereby reducing replacement frequency.

End-of-Life Management : as the equipment owner, Leasétic ensures responsible end-of-life management, guaranteeing the recycling or reintroduction of components into circulation. This complete traceability significantly reduces Scope 3 emissions related to this item.

Increased Transparency on Emissions

One of the main obstacles to controlling Scope 3 lies in the lack of reliable data. Leasétic is committed to providing maximum transparency on the carbon footprint of the equipment offered, enabling companies to integrate precise environmental criteria into their IT purchasing decisions.

This approach is part of a continuous improvement strategy: by demanding greater transparency from suppliers and promoting reliable environmental labels such as TCO Certified or EPEAT, Leasétic helps raise industry standards.

Support for Regulatory Compliance

Since January 1, 2023, the July 2022 decree has required companies with more than 500 employees to conduct a comprehensive greenhouse gas assessment, which must include Scope 3. This regulatory change transforms the measurement of indirect emissions from a recommendation into a legal obligation.

Leasétic supports its clients in this transition by providing the necessary data for a compliant carbon assessment and offering concrete solutions to reduce the IT fleet's footprint. This approach transforms regulatory constraints into a lever for sustainable action and an opportunity for innovation.

Conclusion

Managing greenhouse gas emissions from an IT fleet can no longer be limited to equipment electricity consumption. Scope 3, although complex to grasp, holds the majority of the reduction potential for organizations committed to ecological transition. Equipment manufacturing, leased assets, outsourced services, and end-of-life are all levers for action to be activated.

Faced with this challenge, Leasétic offers a pragmatic and effective solution: the leasing of refurbished IT equipment. This circular economic model drastically reduces manufacturing-related emissions, extends equipment lifespan, and ensures responsible end-of-life management. By choosing Leasétic, you're not just renting hardware; you're committing to a concrete and measurable decarbonization process for your information system.

The time for waiting is over. Responsible digital practices begin with informed choices about your IT fleet management. Contact Leasétic to discover how to transform your IT infrastructure into a lever for environmental performance.

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