Green Transition Challenge

Open up new horizons for carbon neutrality.

person

Individual
participation

Choose from the following categories

Low-carbon consumption:

Are you designing new models to reconcile the preservation of the planet with economic development? New business models for intelligent consumption? New services and solutions to simplify, facilitate and accelerate the decarbonisation of uses? This category is meant for you.

BACKGROUND

Low-carbon consumption is a theme that aims to reconcile economic development with the preservation of the planet by designing new business models for intelligent consumption and providing services and solutions to simplify, facilitate, and accelerate decarbonisation of everyday use.

IDEA EXAMPLES

Carbon Footprint Tracking App: A mobile app that allows users to track and reduce their carbon footprint by monitoring their daily activities and offering suggestions for low-carbon alternatives.

Electric Vehicle Infrastructure Deployment: An initiative to increase the availability and accessibility of electric vehicle charging stations, promoting the adoption of low-emission transportation.

Circular Economy Platform: A digital platform that connects businesses and consumers to facilitate the exchange and reuse of goods and materials, reducing waste and promoting sustainable consumption.

Low-carbon production:

Are you one of those companies that hybridize technologies or invent new ways of producing or storing electricity? Are you creating solutions to reduce our CO₂ emissions and limit our dependence on fossil fuels? Give your project the power to transform the future and apply.

BACKGROUND

Low-carbon production is a theme that focuses on hybridizing technologies, inventing new ways of producing or storing electricity, and creating solutions to reduce CO₂ emissions and limit our dependence on fossil fuels.

IDEA EXAMPLES

Solar-Powered Microgrids: Installing solar-powered microgrids in remote areas to provide reliable and sustainable electricity, reducing the need for diesel generators and decreasing emissions.

Carbon Capture and Utilization (CCU) Technology: Developing and implementing CCU technologies to capture CO₂ emissions from industrial processes and convert them into valuable products, such as fuel or building materials.

Hydrogen Fuel Cell Production: Scaling up the production of hydrogen fuel cells as an alternative to fossil fuels for powering transportation and industrial applications, reducing greenhouse gas emissions and increasing energy efficiency.

Decarbonising through digital technology:

For you, climate equals data? If you are one of those who see digital as a solution and not just a problem, you are in the right place.

BACKGROUND

Decarbonizing through digital technology is a theme that emphasizes the role of data and digital solutions in reducing greenhouse gas emissions and promoting sustainable practices in various sectors, including transportation, manufacturing, agriculture, and energy. By leveraging data and digital technology, it is possible to identify and address inefficiencies, optimize resource utilization, and reduce waste, resulting in a more sustainable and low-carbon economy.

IDEA EXAMPLES

Smart Grid Management System: Using data analytics and automation to optimize energy distribution and consumption in a more efficient and low-carbon manner, promoting renewable energy integration and reducing emissions.

Virtual Collaboration Tools for Remote Work: Enabling remote work through digital collaboration tools to reduce commuting and travel, reducing greenhouse gas emissions associated with transportation.

Energy Management and Optimization Platform: An AI-based platform that optimizes energy consumption by monitoring and controlling energy usage in buildings and industrial facilities, reducing emissions and energy costs.