Finnish instrument producer Gasmet Applied sciences has launched a seemingly complete carbon footprint evaluation of their GT5000 Terra fuel analyzer, offering useful insights into the merchandise’ environmental affect, and aiding clients’ efforts to make knowledgeable selections.
The emission stock was carried out based mostly on knowledge from each 2023 and 2024 and in accordance with the GHG Protocol Product Life Cycle Accounting and Reporting Commonplace (Greenhouse Fuel Protocol, 2011). In a bid to make sure accuracy, the carbon footprint calculation was carried out in collaboration with Inexperienced Carbon Finland, a Finnish environmental sustainability specialist.
The product’s carbon footprint calculations have been divided into two stock boundaries.
The Cradle-to-grave boundary considers the whole life cycle from materials acquisition to end-of -life disposal. Cradle-to-gate represents the emissions to the manufacturing facility gate however excludes distribution, use and end-of-life remedy.
The outcomes of the calculations are reported as carbon dioxide equivalents (CO2e), which take into account the completely different climate-warming results of seven completely different greenhouse gases. Graphic supplied by Inexperienced Carbon Finland.
Significance of usage-phase electrical energy
The outcomes present that the Cradle-to-gate emissions are 234.38 kg CO2e per product. Materials acquisition and processing create 14.3 % of the emissions and manufacturing 0.02 %. This section accounts just for 16% of the entire emissions, due to the usage of renewable electrical energy and heating at Gasmet manufacturing premises, situated in Finland.
The cradle-to-grave carbon emissions of Gasmet’s GT5000 Terra Fuel Analyzer are 1,473.25 kg CO2e, of which of the use stage generates the best (70 %) quantity. If the electrical energy consumed through the use section is 100% renewable, the Cradle-to-grave depend drops to 441.72 kg CO2e. This highlights the significance of the end-user’s alternative of electrical energy.
Gasmet stated it’s dedicated to decreasing its personal carbon footprint and selling a cleaner future.
Nenne Nordström, CEO, Gasmet Applied sciences, commented, “Calculating the carbon footprint of GT5000 Terra is a major step in our dedication to innovation and sustainable improvement. It supplies useful insights into the environmental affect of our merchandise, serving to each Gasmet and our clients make knowledgeable selections transparently.”
Ulla Kosonen, High quality and Environmental Supervisor, Gasmet Applied sciences, added, “The outcomes emphasize our steady efforts to reduce environmental affect. Transparency in sharing these findings aligns with our values of accountability and our objective to contribute to a cleaner world.”
Inexperienced carbon’s function within the evaluation
Sebastian Aarnio, Local weather Professional and Staff Chief, Inexperienced Carbon Finland, stated: “Our experience, mixed with internationally acknowledged emission components, ensures correct and complete carbon footprint calculations. We’re proud to help Gasmet Applied sciences in advancing their sustainability efforts”.
Inexperienced Carbon Finland has helped over 200 shoppers in the direction of extra sustainable operations by offering options to handle their carbon and biodiversity footprint.
The GT5000 Terra is claimed to be the world’s smallest transportable and splash-proof FTIR multi-gas analyzer, able to measuring as much as 50 gases concurrently. With wi-fi knowledge transmission, you’ll be able to monitor leads to real-time on a laptop computer or pill. Terra is utilized by professionals in numerous areas for fuel publicity measurements and greenhouse fuel monitoring in difficult climate situations. Gasmet stated its excellence is obvious in demanding conditions the place portability and excessive precision should be mixed.
