CarbonTrace – the innovative application of BunkerTrace biomarkers to provide well-to-wake traceability and sustainability verification for low- and zero-carbon fuels and feedstocks for the maritime sector. Developing novel application methods.

BunkerTrace通过使用生物标志物和区块链的尖端科学和技术来从良好到清醒地追踪燃料，从而重塑了运输燃料行业。我们将实物和数字联系起来，在整个供应链中围绕燃料的来源、可持续性和完整性提供完整的可追溯性，这是通过确保进入市场的新燃料的可靠性、质量控制、安全性和可持续性来实现航运业脱碳的关键一步。项目目标是进一步开发我们的产品，提供准确、可追溯和可验证的文件和端到端的绿色燃料供应链追踪。这确保了航运业使用的燃料从生命周期的角度对环境产生了积极的影响。完成这个项目的一个主要部分是研究和开发我们的标记物在各种类型的生物燃料、生物甲醇、生物液化天然气、功率x烃和绿色氨等新燃料中的应用方法。该产品将有助于确保海洋工业使用的燃料从生命周期的角度对环境产生积极影响，并为我们提供机会，摆脱传统方法，提供创新的解决方案，以应对气候变化带来的挑战，并满足可持续替代燃料的需求，作为推进的新的短期解决方案。我们的目标是使用工程生物学技术来增加对运输网络的信任，同时将航运对环境的影响降至最低。这些解决方案必须在商业上可行，对环境友好，并使零排放燃料的摄取具有可追溯性。

BunkerTrace reinvents the transport fuel sector by employing cutting-edge science and technology of biomarkers and blockchain to trace fuel from well-to-wake. We link the physical and the digital to provide complete traceability around the fuel's origin, sustainability and integrity across the supply chain, an essential step to decarbonising the shipping sector by assuring reliability, quality control, safety and sustainability of the new fuels entering the market.The project objective is to further develop our product to provide accurate, traceable, and verifiable documentation and tracing of the green fuels supply chain from end-to-end. This ensures the fuels taken up in the maritime industry have a positive environmental impact in a life cycle perspective. A major component to completing this project is researching and developing the application methods of our markers in the new fuels entering the market such as various types of biofuels, bio-methanol, bio-LNG, power-to-x hydrocarbons, and green ammonia.This product will help ensure that the fuels used in the maritime industry have a positive environmental impact in a life cycle perspective and provides us with the opportunity to step away from traditional methods to provide innovative solutions for challenges brought by climate change and address the demand for sustainable drop-in fuels as a new short-term solution for propulsion. Our goal is to use engineering biology techniques to increase trust in the transportation network while minimizing the environmental effects of shipping. These solutions must be commercially viable, environmentally friendly and enable traceability for the uptake of zero-emission fuels.