In the year 2050, it is estimated that 9 billion people will have to be fed, increasing food production by 70%. The main resource for food production is water. Irrigated agriculture is the sector with the highest extraction and use of water on the planet; however, it is necessary to increase its efficiency. The development and use of new technological tools (field sensors, specific software, online consultation platforms and artificial intelligence) allow us to obtain real-time information from production systems, transforming their traditional management into high-precision systems.

The installation of clean energy is the key to increasing energy efficiency. Its small-scale generation, in addition to being a solution where the electrical grid does not reach, can become community energy. Thus, depending on the amount of surplus energy, the producer can also become a marketer, selling his surplus to another user. Individuals, Public Organizations, Neighborhood Associations, Industrial Associations, Cooperatives, SMEs and Commercial Associations can form Energy Communities to reduce their energy costs, while promoting social participation and local development.

Industry is one of the sectors that generate the most GHG. The optimization of products and industrial processes is an effective tool for effective cost reduction, improving product quality and process performance in a circular economy context, supporting the change towards an efficient economy in the use of resources. , and minimizing waste. It is about implementing a new economy based on the principle of “closing the life cycle” of products, services, waste, materials, water and energy.