TRENDS

Decarbonization of public services

Reducing CO2 and other greenhouse gas (GHG) emissions from the provision of public services is essential to mitigate climate change and that starts by integrating these criteria into the very design of public services.

The decarbonization of utilities seeks to reduce carbon dioxide (CO2) and other greenhouse gas (GHG) emissions from key sectors such as electricity, water, transportation and waste management, among others. This process is essential for climate change mitigation, as utilities play a key role in the emission of these gases due to their link to energy generation, industrial processes and mobility.

All this implies the adoption of technologies and policies that transform the way in which these services are designed, managed and operated. Among the main strategies are:

  • Renewable energies: the transition from fossil energy sources to clean energies such as solar, wind, hydroelectric and geothermal for electricity generation and heating. This not only reduces direct CO2 emissions, but also reduces dependence on fossil fuels.
  • Energy efficiency: implement measures to improve efficiency in energy production and consumption in the public and private sectors, reducing the unnecessary use of resources and promoting energy savings.
  • Sustainable transportation: the promotion of an electric, public and efficient transportation system to reduce emissions from urban and interurban transportation. This also involves the improvement of infrastructure for electric vehicles, as well as the promotion of non-motorized modes of transportation.
  • Waste management: adopt recycling and waste treatment technologies that minimize methane and other GHG emissions, as well as improve waste separation for reuse and recycling, in order to reduce the carbon footprint.
  • Digitalization and smart management: the use of advanced technologies such as artificial intelligence, the Internet of Things (IoT) and smart management systems to optimize resource consumption and service distribution. These tools enable real-time monitoring and control of utility efficiency.
  • Public policies and regulatory frameworks: the implementation of regulations that promote the transition to more sustainable public services and the integration of decarbonization criteria in the design and evaluation of public policies.

Decarbonization is not only focused on reducing CO2 emissions, but also on transforming infrastructure and public services towards more sustainable and resilient models.

Novadays assists the public sector in this process that must begin with the integration of ecological criteria in the design and planning of public services, ensuring that sustainability and energy efficiency are key elements in the provision of these essential services.

Article

Cutting-edge technologies in energy storage: new challenges and opportunities

News

Novadays at the XIII Congress of Intelligent Transport Systems

Impact

European Commission chooses Zaragoza as one of the '100 climate neutral cities' to achieve zero emissions by 2030

Utility Decarbonization Success Stories

The South African Government's REIPPP Program: How to boost renewables?

Zaragoza City Council and the electrification of urban mobility: Zaragoza Zero Emissions

The promotion of a Marine Energy and Energy Storage Innovation Hub by the Xunta de Galicia

The REIPPP is recognized by the World Bank as a best practice for the development of renewable energies.

Floating offshore wind energy in Galicia: a promising and sustainable energy future

DIGIZITY, PERTE's largest R&D project for electric and connected vehicles, launches its Phase II with passengers in Zaragoza.

The Galician Government will deploy a sea energy and storage innovation pole in Ferrol