Accelerate Your Climate Action with Terrascope’s New AI-Powered 1-Click Decarbonisation

Terrascope is thrilled to introduce our latest innovation: the 1-Click Decarbonization engine. This groundbreaking tool is set to transform how businesses approach climate action, offering instant AI-powered recommendations for decarbonization tailored to each business activity.

Although there is a pressing need to decarbonize, many organizations still grapple with identifying effective strategies for reducing emissions across their operations and supply chains to meet sustainability goals.

Despite having the best intentions and the guidance of sustainability practitioners, determining where to begin and where to allocate limited time and resources can pose a significant challenge. We often hear from our clients their concerns about the challenges of decarbonization which converge on two fronts:

  1. The research challenge: There is so much science to go through. How do we even start identifying the most feasible opportunities for us?
  2. The quantification challenge: What will be the impact of executing a particular decarbonization action? Will this change make a material difference to my organization’s emissions?

 

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In response to these challenges, Terrascope developed our 1-Click Decarbonization capability to streamline and expedite the decarbonization process for organizations. This development was a collaborative effort, integrating valuable feedback and insights from our clients and partners actively involved in decarbonization initiatives. Rooted in our core value of delighting our users and customers, this innovation aims to enhance their experience and effectiveness in addressing climate challenges.

Key features of our 1-Click Decarbonization engine include:

  • Automatic identification of impactful decarbonization opportunities: Our AI recommendation algorithm analyses an organization's emissions inventory, automatically pinpointing the most relevant and impactful decarbonization opportunities for each business activity. This tailored approach ensures organizations prioritize strategies that deliver significant progress towards net-zero goals.
  • Automated estimation of expected impact: Our lever library calculates and estimates the potential impact of implementing recommended decarbonization measures. It offers precise insights into how each action can reduce emissions, empowering data-driven decision-making aligned with sustainability objectives.
  • Continuous updates: We constantly update the breadth and depth of our recommendation engine. We are always expanding coverage to include levers from new sectors and working to quantify the impact known decarbonization proposals could have on our client’s carbon inventories.

Terrascope is committed to support the Grown Economy*, with our primary focus in research and development centered on food and agricultural productions for our recommendation library. We combine insights from published research by sustainability organizations with our ability to thoroughly investigate our clients' emissions drivers.

Our deep data science capabilities have led to the development of our recommendation engine which suggests effective decarbonization actions such as:

  • Optimizing the application of nitrogen fertilizers to minimize overuse could result in 2-7% reduction in emissions per kg of green coffee bean.
  • Switching from virgin steel to recycled steel in the production of metal steel cans could yield a 43% fall in emissions per unit of steel can.
  • Sourcing arabica coffee from a deforestation-free supplier could lead to a 47% decrease in emissions.

Ready to accelerate your decarbonization journey? Sign up for a demo of Terrascope's 1-Click Decarbonization engine today and discover how you can make a real difference with just one click.

*The Grown Economy is responsible for over a third of global greenhouse gas emissions and encompasses a wide array of industries from input providers, growers, producers, manufacturers and brands, to distributors, retailers and service providers in food, agriculture, forestry, and other land-related value chains.

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