As global temperatures increase, extreme meteorological phenomena become more frequent and ecosystems are increasingly in danger, the need to find and apply technological solutions to mitigate the effects of climate change becomes increasingly urgent.
In fact, Technologies to combat climate change are constantly evolving, developing and adapting a wide variety of innovative solutions either in the field of CO2 capture and storage, in the search for greater energy efficiency, in transport systems or in the practice of a more sustainable agriculture.
Optimized renewable energy
In the field of energy, although fossil fuels remain dominant, Renewable energies are gaining ground quickly and represent a growing proportion of world electricity generation, especially in Europe.
According to the International Energy Agency (IE), renewable energies already generate more than 40% of world electricity. Energies such as solar, wind, hydroelectric and geothermal, are essential to reduce carbon emissions and reduce dependence on fossil fuels.
Specifically, photovoltaic solar energy has experienced exponential growth in recent decades, with advances in panel efficiency and cost reduction. Also, wind energy, both terrestrial and marine, is expanding rapidly, contributing to the diversification of clean energy sources.
Carbon capture and storage
Carbon capture and storage technology has the potential to significantly reduce CO2 emissions from carbon intensive industries, such as energy plants and cement factories. This process implies capturing the CO2 issued, transporting it and storing it safely in underground geological formations.
Although it is still in its early stages, carbon capture and storage, it is considered an important tool on the road to decarbonization and experts consider it as a kind of bridge technology until clean energy takes over in the generation of energy at a global level.
More sustainable transport
Transport is one of the biggest taxpayers to greenhouse gas emissions. The transformation of the automotive sector, strategic into the Spanish economy, is key to reducing CO2 emissions and boost green and connected mobility between individuals, industries and transport.
Electric vehicles are revolutionizing the transport sector, offering a clean alternative to combustion vehicles. In addition, new battery technologies and load stations are being developed to improve the autonomy and accessibility of electric cars. In parallel, green hydrogen is making its way as an alternative fuel, especially for heavy transport and aviation.
Also, many cities in the world are investing and enhancing the adaptation and creation of a more efficient and sustainable public transport network in order to reduce the use of private vehicles and reduce carbon emissions.
Domestic and industrial energy efficiency
Improving energy efficiency in buildings and industrial machinery can significantly reduce energy consumption and carbon emissions. Smart technologies, such as Energy management systems and Internet devices (IoT)They allow monitoring and optimizing the use of real -time energy. In addition, improvements in the isolation and efficiency of appliances are contributing to the reduction of energy demand in the residential sector.
Digitalization and sustainability
Artificial Intelligence (AI), Internet of Things (IoT), Automation and Robotics, Big Data, are avant -garde technologies that identify United Nations as technological tools with great potential to reduce air pollution, manage electronic waste, water, energy, agriculture or food safety, or help to better understand climate and biodiversity.
Sustainable agriculture
The need to feed a growing number of the world’s population is growing. Hence it is of special importance The reduction of environmental impact on food production.
Precision agriculture techniques, which use sensors and real -time data to optimize the use of water and fertilizers, They are helping to improve the efficiency and sustainability of agricultural practices. In addition, agroforestry, which integrates trees and crops in agricultural systems, is demonstrating to be beneficial for biodiversity and carbon capture.
More ecological buildings
Ecological buildings are designed to maximize energy efficiency and minimize environmental impact. Technologies such as sustainable construction materials, efficient heating and cooling systems and green roofs are leading the way to a greener.
Naturgy, competitive and sustainable energy award
More solar and wind energy; more biomethane and green hydrogen; More activities to preserve biodiversity and greater water savings, They configure the four axes that have allowed Naturgy to renew, for the fourteenth consecutive year, its inclusion in the prestigious annual ranking of Carbon Disclosure Project (CDP),.
The Carbon Disclosure Project index (CDP), managed by a non -profit entity, evaluates the climatic action and water management of the world’s main companies and institutions, valuing their commitment to renewables, circularity and decarbonization.
In Naturgy the environmental action “revolves around eco -efficiency, the rational use of natural and energy resources, the minimization of environmental impact, the promotion of innovation And we are fully committed to sustainable development, environmental, social and governance criteria, especially in reducing greenhouse gases, “summarizes the company.