Cinco Días: Spain Needs Greater Ambition in Biomethane to Accelerate the Energy Transition

A robust regulatory framework, clear roadmaps, and institutional support are needed to enable society to understand the benefits of this technology.

By Cecilia Carballo, Chief Sustainability and Communication Officer at Solarig.

The energy transition in Spain is progressing with determination, but it continues without taking advantage of an essential element for a decarbonised energy mix: biomethane. This gas of organic and renewable origin, similar to fossil-based natural gas as it is easily storable and injectable into the current gas network, has already had more than four decades of development in the EU. In this regard, the 11 plants currently installed in Spain pale in comparison to Germany’s 11,000 biogas and biomethane facilities and France’s more than 700 biomethane plants.

Although Spain is at the bottom in the deployment of this green industry, it has ample capacity to position itself as one of the leading producers in the European Union. This is affirmed by the Spanish Gas Association (Sedigas), which estimates that the country has the capacity to produce 160 TWh per year (that is, we currently have enough raw material to cover around 50% of national natural gas demand with renewable energy).

To take advantage of the opportunity presented to us, Spain needs to deploy a robust roadmap for biomethane that would not only allow us to move towards energy autonomy today, but would also enable us to maintain and improve another strategic sector, such as the primary sector. A key sector to meet the objectives of demographic challenge, job creation, and vital alternatives in many autonomous communities linked to this economic activity.

We are talking about a mature, competitive, and easy-to-implement technology, with tradition and roots in the countries around us. ccording to data from the National Statistics Institute (INE), we generate more than 100 million tonnes of waste per year and, with a significant percentage of it, we can feed this new green sector. Thanks to biomethane plants, we are in a position to provide an efficient response, based on the concept of circular economy, to waste management, one of the major environmental problems in our society. At the same time, biomethane will be able to guarantee a local and secure supply of energy in the form of gas, something that gains special relevance in the current context, with the EU drastically reducing its imports from Russia.

One of the keys to unlocking our potential is to be clear about where we are heading. The Ministry for the Ecological Transition launched its Biogas Roadmap in March 2022, just after the invasion began, with objectives that, although well-intentioned, quickly became outdated with the change in the energy paradigm. More recently, in its latest update in September 2024, the Integrated National Energy and Climate Plan (PNIEC) set the goal of producing 20 TWh of biogas in 2030, of which approximately 12 TWh will correspond to biomethane, according to the Spanish Biogas Association (AEBIG). This would mean that, in the best-case scenario, we will multiply current biomethane production (which in 2024 stood at around 0.315 TWh) by 38, but we will have only taken advantage of 7.5% of the potential Spain holds to generate this renewable gas.

Rome wasn’t built in a day, and the targets set by the PNIEC are perfectly achievable if there is an effort to organise, promote, and facilitate growth, which is expected to be exponential in the coming years and will likely continue in the decades ahead. In this regard, the Ministry for the Ecological Transition and the Demographic Challenge has set out which port we want to reach, but updated roadmaps are still lacking to clarify how we are to get there.

To take advantage of the opportunity presented to us, Spain needs to deploy a robust roadmap for biomethane that would not only allow us to move towards energy autonomy today, but would also enable us to maintain and improve another strategic sector, such as the primary sector. A key sector to meet the objectives of demographic challenge, job creation, and vital alternatives in many autonomous communities linked to this economic activity.

We are talking about a mature, competitive, and easy-to-implement technology, with tradition and roots in the countries around us. ccording to data from the National Statistics Institute (INE), we generate more than 100 million tonnes of waste per year and, with a significant percentage of it, we can feed this new green sector. Thanks to biomethane plants, we are in a position to provide an efficient response, based on the concept of circular economy, to waste management, one of the major environmental problems in our society. At the same time, biomethane will be able to guarantee a local and secure supply of energy in the form of gas, something that gains special relevance in the current context, with the EU drastically reducing its imports from Russia.

One of the keys to unlocking our potential is to be clear about where we are heading. The Ministry for the Ecological Transition launched its Biogas Roadmap in March 2022, just after the invasion began, with objectives that, although well-intentioned, quickly became outdated with the change in the energy paradigm. More recently, in its latest update in September 2024, the Integrated National Energy and Climate Plan (PNIEC) set the goal of producing 20 TWh of biogas in 2030, of which approximately 12 TWh will correspond to biomethane, according to the Spanish Biogas Association (AEBIG). This would mean that, in the best-case scenario, we will multiply current biomethane production (which in 2024 stood at around 0.315 TWh) by 38, but we will have only taken advantage of 7.5% of the potential Spain holds to generate this renewable gas.

Rome wasn’t built in a day, and the targets set by the PNIEC are perfectly achievable if there is an effort to organise, promote, and facilitate growth, which is expected to be exponential in the coming years and will likely continue in the decades ahead. In this regard, the Ministry for the Ecological Transition and the Demographic Challenge has set out which port we want to reach, but updated roadmaps are still lacking to clarify how we are to get there.

A robust regulatory framework

Harmonisation and alignment between regulatory frameworks are needed. For projects to become a reality in an orderly manner and respond to territorial needs and opportunities, it is essential that the different administrations and public bodies design specific plans for the deployment of this green industry. Only with these guidelines will we be able to have homogeneous criteria, ensure that investment reaches where it is most needed, and streamline administrative procedures. Furthermore, for progress to be supported on solid foundations, it would be necessary to add the importance of guiding aid towards demand, establishing incentives for fossil gas consumption to be replaced by biomethane, and the existence of financing lines for these projects.

Countries like Italy, whose dependence on fossil-based natural gas in the energy mix has made the search for energy alternatives imperative, are a good example that with the determined support of the administration, it is possible for a sector like biomethane to flourish. In 2018, the country had 7 operational plants, and within six years it already has 133; of which 101 were connected in 2024, according to the European Biogas Association (EBA).

In addition to the regulatory framework, it is vital that biomethane plans are developed in harmony with the communities in which they are implemented. The significant presence of facilities in agricultural and livestock areas in Spain offers solutions to an already existing economic activity, as it simplifies waste logistics and contributes to territorial cohesion. In this regard, it is relevant to advance in social licence, collaborate with communities, develop employment plans to settle the local population, and commit to being part of the solution to environmental problems, such as groundwater contamination by nitrates. In this way, working closely with the agricultural and livestock production network already located in these areas, it will be possible to build a necessary framework for action that promotes best practices to ensure the integration of biomethane in the territories.

In short, we need a robust regulatory framework, clear roadmaps, and institutional support that enables society to understand the great benefits of a technology that will undoubtedly play a key role in the coming years. We must take advantage of the great potential Spain has to provide a renewable response to sectors that are difficult to electrify, decarbonise energy-intensive industries or residential consumption; as well as to generate quality employment and offer development alternatives in depopulated areas. I trust that we will do so, but it will be easier to seize an opportunity like the one biomethane offers us if society as a whole shares the same direction.

Economic revitalisation and local development

The production of biomethane helps to drive local economic development by creating stable, skilled jobs, improving the dynamism of the agricultural and livestock sector, and enhancing waste management. It has a direct impact on the development of rural communities, where most of the raw materials needed for its production are generated.

The great potential of biomethane

It is estimated that the development of biomethane in Spain could generate more than 62,000 jobs in total.

Green jobs

Our commitment to municipalities is reflected in the creation of local, high-quality, skilled jobs, both direct and indirect.

Values

Biomethane plants, essential infrastructure

Biorig’s facilities are essential and strategic infrastructure for the development of the regions where they are located. We reach solid agreements that reflect the interests of the various stakeholders, promoting sustainability and benefits for all parties.

Energy independence

We work towards the energy independence of the communities in which we operate, both at national and local level, and from the volatile prices of polluting fuels. We promote the local production and use of biomethane, replacing imported fossil natural gas. Sustainable energy sources are key to meeting the European Union’s decarbonisation targets for 2050.

Community health

Our plants form a symbiotic relationship with communities, integrating our projects from development through to operation. Prior to the start of each project, we carry out an environmental impact study to ensure proper implementation in the area, with respect to flora, fauna, and economic and social factors.

Zero discharge and zero water use

Biorig’s facilities are developed under a zero discharge and zero water use concept, making use of rainwater and treated wastewater.

Lower nitrate risk in aquifers

By transforming the resulting waste into controlled organic fertilisers, we facilitate waste planning and reduce the risk of nitrate contamination.

Odour elimination and health

The facilities also incorporate odour elimination technology, addressing odours from the gas, the waste, and the resulting fertiliser.

Improved air quality

We reduce emissions in the areas where our plants are located and improve air quality thanks to better waste management.

Local sourcing

The sourcing of waste is carried out within a maximum radius of 30 to 40 kilometres, ensuring minimal impact on nearby towns.

Agricultural and livestock waste – locally sourced

The plants will not manage municipal solid waste, sludge or agri-industrial waste, among others. We focus on the recovery of current, locally sourced agricultural and livestock waste.

Biomethane Plants: Maximum Environmental and Health Safety

At Biorig, we are firmly committed to ensuring that our plants operate under the highest standards of safety and health. We design our facilities to be safe, sustainable, and environmentally friendly, incorporating state-of-the-art technology that ensures continuous monitoring and precise control of all production processes. The safety and health of our processes and plants are our priority.

We don’t release harmful or unhealthy gases

Our facilities will not emit harmful gases or those detrimental to the environment. Biorig’s plants are equipped with high-power monitoring, filtration, and desulphurisation systems, and a design that prevents any risk of leaks. The facility has waterproof foundations, storage, and hermetically sealed tanks. Specifically, the storage of the digestate, already hygienised and odourless, will be done in a covered and completely secure lagoon.

Continuous Monitoring and Soil Quality Control

We have cutting-edge technology to carry out continuous monitoring 24 hours a day, seven days a week. Specialised sensors and piezometers will monitor soil quality and condition, preventing any leakage and ensuring that processes are entirely safe. Without the strict application of safety measures, the competent authorities will not approve the necessary environmental permits for the construction or commissioning of the plant.

Fire Protection and Safety

To guarantee the safety of the facilities, we implement advanced smoke detection systems, a network of hydrants, fire extinguishers, and sprinklers in enclosed areas, as well as a comprehensive fire plan developed together with local media and institutions. Infrared sensor technology and remote sensing equipment installed allow us to act quickly and efficiently in the event of any incident.

Environmental Performance Inspections

Our plants will undergo annual public inspections to assess their environmental performance, in addition to our internal audits and specific review processes for each of the tools we use. This strengthens our commitment to local communities, ensuring that we operate under the strictest regulations and with complete transparency.

At Biorig, we integrate cutting-edge technology and responsible practices to lead a model of sustainable production. We are convinced that safety, innovation, and respect for the environment are the foundation of a cleaner and safer future.

We still have time

24 October – International Day Against Climate Change

Climate change is the greatest environmental and economic challenge facing humanity. In short, it involves the disruption of the Earth’s climate patterns, rising temperatures, and changes to ecosystems. It is mainly caused by the emission of carbon dioxide and other greenhouse gases from industries, the burning of fossil fuels, and deforestation. Although we are aware of the problem, the energy transition is emerging as one of the best solutions to fight it: clean, renewable energy used efficiently, along with reforestation and reduced consumption. There’s still time.

How does it impact ecosystems?

Here are five examples from five countries where Solarig operates, showing the effects and consequences of climate change:

Glacier – Monte Perdido, Spain

It is estimated that the Monte Perdido glacier, located within the Ordesa and Monte Perdido National Park in the Pyrenees, loses around 1 metre of ice thickness each year. In 2019, it measured 35 metres thick. Of the 2,000 hectares of glacier mass thought to have covered the area in 1850, 90% has already disappeared. Today, the glacier covers just 37 hectares — over ten less than in 1981.

Credit: Sergio Padura y Ánchel Belmonte

Monte Perdido Glacier (1899)
Monte Perdido Glacier (2019)

Sea – City of Venice, Italy

Venice, the iconic Italian city built on a group of islands in a lagoon, is facing serious threats from climate change — especially rising sea levels. Moreover, climate change has intensified storms and weather events that raise water levels, causing increasingly frequent and destructive flooding.

Credits: Milenio – AP

St Mark’s Square, Venice (2019)
St Mark’s Square, Venice (1989)

Agriculture – Chihuahua, Mexico

Located in north-central Mexico, this desert region has a rich agricultural history built around the fertile alluvial plains of the San Miguel River. However, beyond the effects of climate change, intensive irrigation, overgrazing, and invasive plant species are threatening the region’s ecosystems.

Credits: Google Earth

Chihuahua, México (1986)
Chihuahua, México (2022)

Forest – Rondônia, Amazon, Brazil

The state of Rondônia, in western Brazil, once home to 208,000 square kilometres of forest, has become one of the most deforested areas of the Amazon. This pattern follows one of the most common deforestation routes — known as “fishbone” patterns — where legal and illegal roads cut into remote parts of the rainforest, allowing more land to be farmed and cleared, gradually spreading in this distinctive formation.

Credits: Nasa

Amazon (2000)
Amazon (2012)

Rivers and Lakes – Lake Aculeo, Chile

A decline in regional rainfall, combined with a prolonged megadrought in central Chile, caused the complete drying up of Lake Aculeo. The disappearance of this body of water has not only impacted local farmers, ecosystems, and biodiversity, but also severely affected the local economy. After drying up completely in 2018, the lake began to refill in 2023.

Lake Aculeo (2014)
Lake Aculeo (2019)

Energy Transition and Climate Change

The energy transition is key to fighting climate change. It involves shifting to clean and renewable energy sources, reducing dependence on fossil fuels — the main emitters of greenhouse gases. This shift enables a significant reduction in carbon dioxide and other greenhouse gas emissions (methane, nitrous oxide, fluorinated gases), which is essential for limiting global warming.

At Solarig, we develop the infrastructure needed to achieve this energy transition, while also promoting technological innovation, the creation of green jobs, and improvements in energy efficiency. In doing so, we help build a more sustainable and resilient development model in the face of climate impacts.

Podcast: Green Future – Green Gases: Biomethane

Solarig and Grupo Promecal join forces to create educational spaces around one of today’s greatest societal challenges: climate change and the keys to the energy transition.

Hosted by journalist Nuria Zaragoza, the 8 episodes of “Green Future” aim to connect a broad audience with key topics related to our business and values — from energy transition, renewable electricity, and sustainable fuels to green talent, climate change, green gases, innovation, new rural development, and our connection with local communities.

In Episode 6, we discuss renewable gases and the importance of biomethane for optimizing waste management and promoting the circular economy. The episode features insights from Alfonso García, researcher at the University of Valladolid and biogas expert, who explains what biomethane is; Julio César Gutiérrez, communications director at SEDIGAS, who analyzes Spain’s delay in biogas production; Luis Puchades, president of AEBIG, who explores the development of biogas and future challenges; Juan Francisco Barcones, technical secretary of ASAJA in Soria, who highlights the opportunities biomethane brings to the primary sector; Miguel Ángel Ortiz, president of Aporso, who assesses how this technology helps add value to the livestock and farming sector; And Carlos Aguilar Aguirre, director of renewable gases at Biorig, who outlines the company’s plan to provide solutions in the field of renewable gases and CO₂ capture.

Enjoy other episodes at the following link:

Biorig to Build a Biomethane Plant in León with a Capacity of 90 GWh/year

Biorig will build and operate a new facility in the municipality of San Millán de los Caballeros, in the province of León, with an annual capacity of 90 GWh — equivalent to the yearly gas consumption of 13,000 households. With an estimated investment of €26 million, the project will create over 35 jobs and is expected to become operational by the end of 2025.

The plant will recover local agricultural and livestock waste to produce renewable gas, helping to avoid the emission of more than 30,000 tonnes of CO₂ each year. It will also incorporate cutting-edge technology to capture 10,000 tonnes of biogenic CO₂ annually, and will generate by-products that will support the sustainable fertilisation of farmland in the region.

Biorig has announced the construction and operation of a new biomethane production plant near the municipality of San Millán de los Caballeros, León. The facility will inject 90 GWh of clean, renewable energy per year into the natural gas transmission network — equivalent to the annual gas consumption of 13,000 households. The project, with an estimated investment of €26 million, will create over 35 jobs and was officially presented at San Millán de los Caballeros Town Hall in an event presided over by the town’s mayor, José Alberto García Rodríguez; alongside Biorig’s General Manager, Manuel Alonso.

This new biomethane production plant will enable the recovery of more than 150,000 tonnes per year of agricultural and livestock waste from the region, which will prevent the emission of 30,000 tonnes of CO₂ into the atmosphere. It will feature state-of-the-art technology to capture around 10,000 tonnes per year of biogenic CO₂, an essential element for the production of green methanol and SAF (sustainable aviation fuels).

The facility will produce by-products of high agronomic value for local farmers, thus helping to comply with sustainable fertilisation plans for agricultural soils. In addition, an internal system for water reuse and rainwater harvesting will be installed, allowing for zero water consumption, while also preventing the discharge of any type of wastewater.

“It will be a 100% sustainable, zero-emission facility, respectful of the environment and of the rural and local surroundings, and it will comply with the strictest safety standards. This is the first of the 20 plants we plan to develop in Spain. This project will help give a second life to the region’s waste by transforming it into green energy. Biomethane is a renewable gas that constitutes a fundamental pillar for advancing towards the decarbonisation targets of both Spain and the European Union,”said Manuel Alonso, General Manager of Biorig.

For his part, José Alberto García Rodríguez , Mayor of the Municipality of San Millán de los Caballeros, explained: “This biomethane plant will offer a sustainable and efficient alternative for the management of the region’s agricultural and livestock waste, as well as providing a local economic benefit, boosting job creation and the growth of key sectors such as agriculture and livestock. From the town council, we promote projects and initiatives that encourage population settlement both in the municipality and in the surrounding region and that combat the depopulation suffered by the rural world. This facility is an example of that and will help position the municipality of San Millán de los Caballeros as a benchmark in sustainability in the province of León.”

Solarig, a benchmark in the energy transition

Biorig is a part ofSolarig, a vertically integrated international developer of renewable projects with solid experience in the development, construction, financial structuring, and operation of large-scale renewable energy facilities. With headquarters in Madrid, it operates in Europe, Central and South America, Japan, and Australia. With more than 18 years of experience and more than 1,000 professionals, Solarig has a renewable energy project portfolio exceeding 14 GW worldwide.

Solarig is committed to promoting the energy transition towards global decarbonisation and helps achieve energy independence in the markets where it operates. Solarig’s purpose is to contribute to the sustainable development of society through the rapid deployment of renewable energy and to generate a positive impact on its surroundings through its operations and its relationships with shareholders, clients, collaborators, and suppliers.

Biorig takes part in the 103rd edition of the Agricultural Machinery Fair in Valencia de Don Juan (León).

Biorig develops 10 biomethane production facilities in Castilla y León

Biorig has taken part in the 103rd edition of the Agricultural Machinery Fair in Valencia de Don Juan (León). This is the largest multi-sector trade fair in Castilla y León, featuring a total of 150 exhibitors, one of which was Biorig. The event is a key meeting point for professionals in the primary sector and serves as a central hub for the agricultural and livestock sector in the region. During the fair, technical sessions and presentations were held on innovation and new technologies within the sector.

Biorig professionals presented to visitors the benefits of biomethane for the agricultural and livestock industry, as well as its many applications as a sustainable alternative to natural gas. Biomethane contributes to waste management, the reduction of greenhouse gas emissions, and the production of a renewable fuel that can be stored and transported using existing infrastructure. It also supports the circular economy by transforming organic waste into sustainable energy and fertilisers.

Biorig is developing 10 biomethane production facilities in Castilla y León, which will prevent the emission of 300,000 tonnes of CO₂ and create around 350 jobs (both direct and indirect). These infrastructures are of strategic importance for the sustainable rural development of the region and are essential for the long-term management and recovery of waste in the territory.

Biorig will invest 250 million euros to build 10 biomethane production facilities in Castilla y León.

The group of facilities will produce biomethane equivalent to 20% of the annual gas consumption of households in Castilla y León. The plants, which will be built in rural areas of the provinces of León, Zamora, Salamanca, Valladolid, Burgos, and Soria, are expected to be operational by the end of 2025.

These infrastructures have a strategic nature for the sustainable rural development of the region, boosting wealth and population retention by creating more than 350 local jobs. The 10 plants will enable the reuse of more than one and a half million tonnes of agricultural and livestock waste, producing a renewable gas that will avoid the annual emission of 300,000 tonnes of CO₂ into the atmosphere.

Organic-based fertilisers will also be produced, and state-of-the-art technology will be incorporated to capture biogenic CO₂ and achieve zero discharge in operations.

Biorig, the biomethane division of Solarig, has announced an investment of 250 million euros for the development, construction and operation of 10 biomethane production facilities in the region of Castilla y León.

The group of plants will produce an amount of biomethane equivalent to the total annual gas consumption of 20% of households in the autonomous community. The new facilities will be located in rural areas of municipalities in the provinces of León, Zamora, Salamanca, Valladolid, Burgos and Soria, generating a significant positive impact on the rural and sustainable development of the region. Likewise, this project will create more than 350 jobs and will allow the recovery of more than one and a half million tonnes per year of agricultural and livestock waste, which will prevent the emission of 300,000 tonnes of CO₂ into the atmosphere. The facilities, whose development has already begun, are expected to be operational by the end of 2025. The development project of the first of these facilities was presented last October in San Millán de los Caballeros (León).

“Castilla y León has the greatest potential for biomethane generation in Spain. These facilities, in addition to being new sources of green energy production, constitute essential infrastructures for the correct management and long-term recovery of waste in the region. Fifteen years ago, we invested in and built the largest solar energy plant in Castilla y León, in the municipalities of Frechilla de Almazán and Coscurita (Soria), an infrastructure that continues to produce renewable energy steadily to this day. Today we announce the development of 10 plants that represent our commitment to biomethane in this autonomous community,” explained Miguel Ángel Calleja, President of Solarig. Miguel Ángel Calleja, presidente de Solarig.

“We are already developing the 10 facilities that will all use agricultural and livestock waste, manure, slurry and agricultural residues as their main energy source. They will be 100% sustainable, zero-emission plants, respectful of the rural environment and fully compliant with the most rigorous environmental and sustainable soil fertilisation regulations. Our growth plan in Castilla y León is a differential factor for its energy development and a driver of growth for strategic sectors such as agriculture and livestock,” , said Manuel Alonso, General Manager of Biorig.

Zero Discharge Technology

The 10 facilities will feature state-of-the-art technology to ensure zero discharge: from the capture of biogenic CO₂ to the reuse of rainwater, enabling zero water consumption and guaranteeing zero discharge. In addition, the by-products or digestates (the waste remaining after the energy production process) will be treated to be converted into organic fertilisers. In this way, dependence on chemical fertilisers will be reduced, contributing to more sustainable fertilisation of agricultural soils in the region.

BIORIG, circular economy and energy sustainability

Biorig is the biomethane production division of Solarig. It was created with the aim of providing innovative solutions in the field of renewable gases and CO₂ capture. CO2. Its activity focuses on the management of organic waste for its transformation into renewable gases and the promotion of project development within the framework of the energy transition and the circular economy.

Solarig, sustainable energy solutions for society

Solarig develops the infrastructure needed for the energy transition, and builds, operates, and financially structures large-scale renewable energy projects. It currently manages more than 10 GW of photovoltaic assets and has a portfolio of more than 20 GW in 16 countries. The company promotes global decarbonisation in the regions where it operates through renewable energy and green gas solutions. Headquartered in Madrid, Spain, it has a strong presence in Europe, Central and South America, Japan and Australia. Committed to innovation and sustainability, Solarig has a team of more than 1,000 professionals.

Solarig works towards the energy transition and global decarbonisation and contributes to achieving the highest levels of energy independence in the markets where it operates. Solarig’s purpose is to play a key role in the sustainable progress of society, leading the transition towards cleaner energy sources. The company aspires to generate a positive impact on the environment through its operations and its relationships with public authorities, shareholders, clients, professionals, partners and suppliers.

Biorig Takes Part in “Biogas: An Alternative to Slurry in the Circular Economy”

Biorig has recently announced a €250 million investment in the construction of 10 biomethane plants in Castilla y León.

Manuel Alonso, director of Biorig — the biomethane division of Solarig — participated last Friday in a roundtable discussion organized by the Provincial Association of Pig Farmers of Soria (Aporso). The event also featured representatives from other companies in the sector, farmers, and members of the Castilla y León Regional Government.

The discussion addressed institutional support and the European Union’s push for decarbonization plans, the economic and environmental challenge of transforming slurry into an energy resource, the management of livestock by-products, perspectives from other countries, and projects currently underway in the province of Soria.

Representing Biorig, Manuel Alonso explained the differences between biomethane and biogas, the benefits of biomethane for the agricultural and livestock sector, the variety of waste materials that can be used in its production, the energy potential of slurry, and the necessary evaluations, measurements, and social agreements required to establish these plants.

Biorig has recently announced a €250 million investment for the construction of 10 biomethane plants in Castilla y León. Collectively, these plants will produce the equivalent of 20% of the total annual gas consumption of households in the region. The facilities will be located in rural areas across the provinces of León, Zamora, Salamanca, Valladolid, Burgos, and Soria.

Biorig is part of El Español’s Energy Forum

In it, representatives of leading renewable energy companies in Spain have analysed current and future strategies to face the challenges of the energy transition, as well as the strengths and resources available to the community.

The event was opened by Juan Carlos Suárez-Quiñones, Minister for the Environment, Housing and Territorial Planning of the Regional Government of Castilla y León, and also included the participation of José Manuel Jiménez, General Director of Infrastructure and Environmental Sustainability of the Regional Government of Castilla y León and CEO of SOMACYL.

Manuel Alonso, General Manager of Biorig, took part in the round table “Development of biomethane in Castilla y León: Power in Europe and environmental solution”, together with Joan Batalla, President of the Spanish Gas Association (SEDIGAS). During the session, he presented Biorig’s Castilla y León Plan, with 10 biomethane production facilities and a capacity of nearly 1 TWh of renewable gas. He also highlighted the benefits and opportunities this will bring to the region.

“Castilla y León has a potential of around 37–38 terawatt-hours, approximately 23% of the national potential, and nearly 10 points ahead of the second-ranked region, which is Andalusia. Moreover, this potential is divided into two areas: a short-term potential, based on agriculture, livestock farming or municipal solid waste, amounting to around 11–12 terawatt-hours and which could be addressed immediately; and a medium-term potential, based on intermediate crops, where much work remains to be done, and which would amount to 18–19 terawatt-hours,” said Manuel Alonso.

“The 10 plants Biorig is promoting in Castilla y León focus solely on agricultural and livestock waste, manure, slurry and agricultural residues, and the aim is to be located where the waste is, near the gas pipelines in the region. There is much talk about organic fertilisers and biogenic CO₂. In all our plants, we have a biogenic CO₂ capture system, an essential element, along with renewable hydrogen, for the production of sustainable fuels such as SAF or green methanol,” Manuel concluded.

BIORIG, circular economy and energy sustainability

Biorig is the biomethane production division of Solarig. It was created with the aim of providing innovative solutions in the field of renewable gases and CO₂ capture. CO2. Its activity focuses on the management of organic waste for its transformation into renewable gases and the promotion of project development within the framework of the energy transition and the circular economy.

Full article in El Español