Beth Njeri

A systems approach is key.

Climate transition plans that lack a systemic perspective can unintentionally shift risks, disrupt supply chains, harm human rights, or even contribute to biodiversity loss. For example, switching to a low-carbon product that requires three times more land may address your carbon goals, but jeopardize your biodiversity targets.

Without considering these interdependencies, your climate strategy may become inefficient and require reworking as new issues arise.

𝗧𝗵𝗲 𝘀𝘆𝘀𝘁𝗲𝗺𝗶𝗰 𝘀𝗰𝗲𝗻𝗮𝗿𝗶𝗼👇

By addressing root causes and considering the ripple effects of climate decision-making in other areas, a systems lens ensures your plan goes beyond regulatory box-ticking.

Together, we can co-create effective action plans with your stakeholders and develop customized decision-making frameworks, accounting for material impacts on climate, nature, and people across your operations and value chain.

How? Learn how our Systemic Transition Suite can unlock your business’s full potential ⬇️

#BeyondCompliance #climatetransition #sustainabilityreporting #CSRD #ESG #circulareconomy

The healthcare sector is responsible for approximately 7% of all greenhouse gas emissions in the Netherlands. How can a hospital become climate-neutral?

The first step on the sustainability journey is to measure the organization’s carbon footprint. A precise carbon footprint is crucial for setting impactful and realistic targets, and for aligning with regulations and Green Deal Healthcare 3.0.

In support of Erasmus Medical Center's sustainability goals to reduce its CO2e emissions by 55% by 2030 and to achieve climate neutrality by 2050, Metabolic mapped its carbon footprint, focusing on scope 1, 2, and 3 emissions. 

💡A sneak peek: 60% of Erasmus’ CO2e footprint results from indirect emissions from purchased goods and services, such as medicines.

Erasmus MC is one of the first hospitals to use this method to map emissions across all its operations. This research provides the hospital—and the entire sector—with insights into emission hotspots and highlights potential areas for impactful sustainability interventions.

Explore Metabolic's work with Erasmus in the link below

Interested in learning more about carbon footprint assessment? This is for you: https://bit.ly/3UUdMHf 

#sustainability #carbonfootprintassessment #environmentalimpact #sustainablehealthcare

Exciting news! We're happy to announce the launch of the Circular Innovation Collective program guide!

Launched during the #WeekofCircularEconomy2024, the guide is a practical roadmap for local governments to foster circular innovation within their cities and regions.

Gathering insights from its first pilot program in the Metropolitan Region Amsterdam, the guide offers practical and comprehensive instructions for scoping out, designing, and executing local innovation programs. Here’s what Egon van Wees from Amsterdam Impact said about the program:

"To transition to an impact economy we need to radically change our approach. We need to work with front runners and entrepreneurs that tackle societal challenges and influence the broader ecosystem. With the CIC approach you can do just that.” - Egon Van Wees, Program Coordinator, Amsterdam Impact (CIC program Funder).

Wanting to empower other cities and regions across Europe, the CIC is sharing its FREE program guide to accelerate the transition to the new circular economy.

Download the guide in the link below

The Circular Innovation Collective is a consortium of impact-driven organizations initiated by Metabolic, Impact Hub Amsterdam, and Bankers without Boundaries. With the support of the City of Amsterdam (Amsterdam Impact), The DOEN Foundation, and Goldschmeding Foundation, this initiative specifically targeted achieving 70% circular textiles in the Metropolitan Region Amsterdam by 2030. Demonstrating the potential for impactful change, CIC is now dedicated to sharing its knowledge, experience, and strategies in an open-source manner.

#circularinnovationcollective #circularcities #ventures

The construction sector is projected to exceed its carbon budget by 2026 using current construction practices.

But by constructing half of new residential buildings with bio-based materials, we can actually reduce CO2 emissions by 18% by 2030. That’s according to Metabolic's latest research, made possible through funding from Built by Nature. And if we consider carbon sequestration, we can even reduce the impact of the residential construction sector by 52%.

However, if solely focusing on carbon, we must be mindful not to shift the burden to other planetary boundaries. In our research, we discuss topics such as sustainable wood supply, climate change risks, and land use change. Based on our findings, we propose six steps to consider to realize a sustainable biobased construction sector.

#timberconstruction #biobased #forests #climatechange

Exciting opportunity for all social innovators! SoTecIn Factory calls individuals and organizations in the agrifood, textiles, plastics & packaging industries with tech solutions based on circular economy & social innovation!

SoTecIn supports mission-driven circular ventures in leading the industry towards a low-carbon and circular economy transition through sustainable solutions, utilising higher R circular strategies. We provide up to 100k EUR in funding, help you to get to a pre-market demonstration, and provide capacity-building and mentorship.

Is this interesting for you or for someone in your network? Make sure to apply or share this with them!

Apply here: https://lnkd.in/eJnjfpDS
Find out more about the program: https://lnkd.in/exTueWti

Preserving and reviving nature plays a crucial role in addressing climate change and biodiversity loss. But determining the starting point and measuring progress can be challenging.

Science-based targets offer a starting point to take concrete actions toward a sustainable future.

Setting SBTs enables companies to transform vague intentions into specific commitments. Imagine going from "We should do something with water" to "We aim to reduce water consumption in high-stress regions by 25% before 2030 through rainwater catchment and increased reuse." Science-based targets provide a clear direction and roadmap for achieving such goals.

If you’re interested in learning more about how science-based targets can drive positive change and contribute to a sustainable future, check out Metabolic's latest article. We explore SBTs and their impact on biodiversity and nature.

#Sustainability #ScienceBasedTargets