Climate-

 

transition and CO2 management

Footprint

Climate change is forcing companies to understand and reduce their impact. The first step? An accurate measurement of your corporate carbon footprint. We begin by calculating your direct emissions (scope 1), the emissions from purchased energy (scope 2) and ultimately those in your entire value chain (scope 3). This baseline measurement reveals where the greatest climate impact lies and forms the basis for targeted reduction measures. We help you set up a transparent and reliable emission calculation, in line with the Greenhouse Gas Protocol.

Product carbon footprint

Do you want to map the emissions of your products? Then we will guide you in determining your Product Carbon Footprint (PCF). This provides a detailed picture of the emissions during the entire life cycle of your product, from raw material extraction to end-of-life. The PCF is crucial for ultimately achieving low-carbon products: a necessary condition for achieving your scope 3 reduction targets and serving large customers, such as the retail or the construction sector.

Decarbonization

With those insights, you can set tangible CO2 reduction targets. You can determine your own reduction strategy, but more and more companies align their targets with the Science-Based Targets initiative (SBTi). Whatever route you choose, we will support you in setting your targets and developing a feasible and substantiated decarbonization plan. This includes strategic interventions such as electrification, conversion to renewable energy, chain optimization and low-carbon procurement, tailored to your sector and operations.

Climate transition plan

If you want your CO2 strategy to be successful, it must be embedded in your business model, strategy and organization. We guide you in developing a climate transition plan: your strategic roadmap to reduce your CO2 emissions and adapt to various climate risks. The plan describes how your company will transform its activities, assets and business model to become climate-neutral by 2050, making itself resilient to climate change.