Ready to produce Green Mehtanol in 2027, Triskelion is the Green Methanol Plant project started by Forestal del Atlántico as part of the growing plan.
To use in industries such as woodworking, furniture, flooring, foundry, and automotive.
for applications like manufacturing boards, impregnating papers, and serving as binding agents in molds.
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
Listo para producir Metanol Verde en 2027, Triskelion es el proyecto de Planta de Metanol Verde iniciado por Forestal del Atlántico como parte de su plan de crecimiento.
To use in industries such as woodworking, furniture, flooring, foundry, and automotive.
for applications like manufacturing boards, impregnating papers, and serving as binding agents in molds.
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
Also known as renewable methanol, is a sustainable and environmentally friendly fuel produced from carbon dioxide recycling. It reduces greenhouse gas emissions and dependency on fossil fuels. It can be used in transportation, power generation, and chemical synthesis, contributing to a greener and more sustainable future.
También conocido como metanol renovable, es un combustible sostenible y respetuoso con el medio ambiente producido a partir del reciclaje del dióxido de carbono. Reduce las emisiones de gases de efecto invernadero y la dependencia de los combustibles fósiles. Puede utilizarse en transporte, generación de energía y síntesis química, contribuyendo a un futuro más verde y sostenible.
Green methanol should be a priority in any new fuel production project, especially to avoid greenhouse gas emissions.
The spectacular thing about the process is the magic of absorbing CO2 to generate energy from it. Moreover, by only adding renewable energy and water, there are zero CO2 emissions.
The production of methanol will be ready by 2027 with the construction and launch of Europe's most advanced project.
Consumption will be crucial for bunkering, transportation, and the chemical industry.
El metanol verde debería ser una prioridad en cualquier nuevo proyecto de producción de combustible, especialmente para evitar las emisiones de gases de efecto invernadero.
Lo espectacular del proceso es la magia de absorber el CO2 para generar energía a partir de él. Además, al agregar solo energía renovable y agua, no hay emisiones de CO2.
The production of methanol will be ready by 2027 with the construction and launch of Europe's most advanced project.
El consumo será crucial para el abastecimiento, el transporte y la industria química.
And what is that figure? It seems high, but I don't understand it.
By using CO2 to create methanol, CO2 is absorbed and therefore a significant amount of CO2 is saved.
¿Y cuál es esa cifra? Parece alta, pero no la entiendo.
Al utilizar el CO2 para crear metanol, se absorbe el CO2 y, por lo tanto, se ahorra una cantidad significativa de CO2.
Para un avión Airbus 320 o similar con 150 pasajeros y equipaje a bordo.
Para un automóvil Audi Q5 diésel o similar con 2 pasajeros y un consumo promedio.
Para un buque cisterna de tamaño mediano que viaja con carga completa a una velocidad promedio.
For an Airbus 320 or similar airplane with 150 passengers and luggage on board.
For an Audi Q5 diesel car or similar with 2 passengers with an average comsuption.
For a medium-sized tanker ship traveling full cargo in an average speed.
The CO2 is captured using amines, while the H2 is obtained by splitting water with renewable electricity. These inputs are combined in a reactor to produce methanol, which is then extracted and used as a sustainable fuel or chemical feedstock. This process helps reduce greenhouse gas emissions and promotes a greener energy future.
Right on the exit of the flue gases a new plant will capture with amines the CO2 to separate it from other components.
Coming from renewable sources, such as wind power plants and water jump power plants. The H2O molecule divides in H and O. Keeping O2 to sell and H to mix with the separated CO2.
Through several process and distillation.
To use in industries such as woodworking, furniture, flooring, foundry, and automotive.
for applications like manufacturing boards, impregnating papers, and serving as binding agents in molds.
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
El CO2 se captura utilizando aminas, mientras que el H2 se obtiene mediante la separación del agua con electricidad renovable. Estos recursos se combinan en un reactor para producir metanol, que luego se extrae y utiliza como combustible sostenible o materia prima química. Este proceso ayuda a reducir las emisiones de gases de efecto invernadero y promueve un futuro energético más verde.
Justo en la salida de los gases de combustión, una nueva planta capturará el CO2 con aminas para separarlo de otros componentes.
Proveniente de fuentes renovables, como parques eólicos y plantas hidroeléctricas. La molécula de H2O se divide en H y O. Se conserva el O2 para su venta y el H se mezcla con el CO2 separado.
A través de varios procesos y destilación.
To use in industries such as woodworking, furniture, flooring, foundry, and automotive.
for applications like manufacturing boards, impregnating papers, and serving as binding agents in molds.
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
Total capacity 283,000m3 in tanks with capacities ranging from 50,000m3 to 3,000m3
We are one step closer to seeing the first ton of Green Methanol with Triskelion in Europe. The signing of the grant agreement with the European Union's Executive Agency for Climate, Infrastructure, and Environment marks a milestone in Triskelion's journey towards Green Methanol production.
In the production of Methanol, it is important to assess the environmental impact of our industry. To do so, we will determine whether a project that captures CO2 from a cogeneration plant, where the fuel is natural gas, can be classified as green.
Ya falta menos para ver la primera tonelada de GM en Europa.
La firma del acuerdo de subvención con la Agencia Ejecutiva de Clima, Infraestructura y Medio Ambiente de la Unión Europea marca un hito en el camino hacia Triskelion.
En la producción de metanol, es importante evaluar el impacto ambiental de nuestra industria. Para hacerlo, determinaremos si un proyecto que captura CO2 de una planta de cogeneración, donde el combustible es gas natural, puede clasificarse como verde.
The project has several key positive impacts on industry with increase in employment and industrial activity in the area.
El proyecto tiene varios impactos positivos clave en la industria, como el aumento del empleo y la actividad industrial en la zona.
Industry borns and the construction brings chemistry and deposit.
Idea of Green Methanol grows in Forestal del Atlántico.
Technical project has been defined and ready to order equipment.
The first project of Green Methanol is produced ready to ship.
La empresa nace y la construcción trae consigo la industria química y el almacenamiento.
La idea del Metanol Verde crece en Forestal del Atlántico.
El proyecto técnico ha sido definido y está listo para encargar la maquinaria.
Lista para distribuir la primera tonelada de Metanol verde.
Located in Northwest coast of Spain, TKL is the nearest stop for the ARA route from south in connection with the Houston route.
Check the coordinates 43.463112, -8.235180.
Ubicado en la costa noroeste de España, TKL es la parada más cercana para la ruta ARA desde el sur, en conexión con la ruta de Houston.
Coordenadas GPS 43.463112, -8.235180.