Keys for an emission-neutral future
The circular economy has become a pillar of sustainability as it enables the reuse of resources and significantly reduces waste generation. In this context, carbon capture, utilisation and storage (CCUS) is emerging as an innovative technology with the potential to accelerate the transition to climate neutrality.
Green hydrogen is thus a key element in the challenge of achieving climate neutrality and decarbonising the economy. Unlike other renewable energy carriers, it can be stored in a gaseous or liquid state, which makes it easier to manage.
Sustainable mobility is the set of initiatives aimed at achieving efficient transport of goods and people, from an environmental perspective. This is a very important tool in the aim of reducing greenhouse gas emissions.
Green ammonia, a compound of nitrogen and hydrogen, emerges as a highly promising energy carrier for the decarbonisation of certain sectors and as a hydrogen carrier.
Green ammonia, like hydrogen and other renewable molecules, is a crucial energy carrier for achieving zero emissions and decarbonising the economy.
Transport is one of the most energy-intensive and polluting sectors, not only in our country but in Europe as a whole. Initiatives to reduce greenhouse gas emissions include specific measures for this sector through a firm commitment to sustainable mobility.
Carbon dioxide (CO2) is a colourless, odourless gas. One of its best-known properties is its ability to absorb heat and release it into the atmosphere.
In contrast to green, yellow, pink, or blue hydrogen, which are produced through various transformation processes, white hydrogen forms naturally as a result of diverse chemical and geological phenomena.
What carbon neutrality is, its characteristics and the role played by renewable gases such as green hydrogenamong other aspects.
Green hydrogen is a clean, versatile energy that has the potential to become a key element for the future of the planet.
The environmental challenges we face as a society demand ingenious and transformative solutions. To this end, technology and innovation are essential catalysts.
The evolution of traditional energy sources towards greener and more sustainable alternatives is essential to reduce emissions in a key sector for social well-being, such as the energy sector.
The green economy can be defined as an economic model that seeks to promote sustainable development and the responsible use of resources, thereby minimising the environmental impact of economic activities and the associated carbon emissions.
In the transition towards a decarbonised and digitised economy, European funds are an invaluable economic aid, capable of accelerating projects that contribute to cohesion, sustainable and inclusive growth, job creation and care for the environment.
Biogas, as a renewable energy source, has the potential to support the economy's decarbonisation efforts and help achieve emission reduction and renewable energy objectives at both national and European levels.
Twin transition refers to a transformation that goes beyond business models, value chain processes or technologies.
In a changing world, sustainability is emerging strongly as the strategy to address global challenges and move towards a more socially and environmentally responsible future.
Biomethane is a renewable gas that can help achieve decarbonization goals and reduce energy dependence in Europe.
Net Zero and Nature Positive are two concepts that are becoming relevant to ensure a sustainable future.
Sustainable investment is an investment approach that takes into account financial aspects without neglecting issues such as environmental and social impact.
The climate emergency has accelerated the energy transition and driven sustainability measures in Spain, in line with the vision and policies of the European Union.
At an individual level, we have the opportunity to make a major contribution to sustainability, and to do so without a great deal of effort. With a little commitment and a lot of responsibility we can have a significant positive impact.
Methane emissions are the second largest contributor to global warming after carbon dioxide emissions.
The concept of biomass is so broad that, although it is a widespread source of energy, it still raises questions. Here are some of the most common ones.
The future of mobility will be sustainable thanks to technological innovation, the promotion of renewable energies and a change in the mentality of consumers.
Energy-from-Waste (EfW) is a waste-to-energy process in which energy is generated from the treatment of waste.
Europe generates a large amount of waste from multiple sources, which is a major environmental problem. In the energy sector, where there is widespread awareness of this issue, measures are being taken and biogas is one of the great hopes for reversing the situation.
Two terms define the future of our production model: digitalization and sustainability. And the two terms are more closely related than they may seem.
Sustainable cities in terms of the type of energy they use, the way they organise traffic and transport and how they manage waste.
In a carbon-neutral future, which Europe hopes to achieve by 2050, renewable energies play a key role. As well as not producing polluting emissions and helping to combat climate change, they also make it possible to conserve natural resources.
The use of this type of energy is key to advancing in the energy transition and reducing polluting gas emissions.
The proposed Biogas Roadmap sets out the goals and action lines to multiply the production levels of this renewable gas in Spain almost fourfold by 2030.
We talk about the efforts being made by the cruise sector and the important milestones it has achieved on its path towards decarbonisation.
On 22 April we celebrate International Earth Day, a date marked on the calendar to remember the need to move towards a more sustainable way of life.
Last mile deliveries in urban areas will increase by more than 30% by 2030 in the world’s top 100 cities.Sustainability and caring for the environment should remain priorities despite increased travel.
A direct successor to the stowage of fuel in ships and steam locomotives of the First Industrial Revolution, this Anglo-Saxon term represents a great opportunity to meet the European Union's environmental objectives thanks to LNG for maritime transport.
The generation of renewable gases, specifically biomethane, which are obtained from different types of waste is one way of promoting a circular economy in Spain, to enable us to meet the targets established in the new European Union waste directive.
The coronavirus pandemic has captured international attention in recent months. Governments are diverting substantial resources to economic and social reconstruction, but other problems such as the climate emergency remain urgent for the plane.
Liquefied natural gas (LNG) is natural gas that has been processed to be transported in liquid form, but how does gaseous natural gas become liquid, i.e. LNG?
Did you know that transport is one of the sectors most likely to affect climate change? In Europe, 20% of CO2 emissions come from transport, and the volume of freight transport, in particular, is expected to increase by 30% between now and 2030.
Green hydrogen is a key solution to speed up the energy transition process towards a carbon-neutral future. It is the most abundant element in nature.
Is it a coincidence that in the last two decades we’ve had 18 of the hottest years since records began?
Decarbonisation and the drive towards a circular economy require the development of non-electrical renewable energies such as hydrogen or biogas/biomethane.
During the next two weeks Madrid will become the world capital of the fight against climate change.
