Green methanol
clean and sustainable energy source
Projects aimed at producing green methanol on port land align with the concept of green ports by providing a clean and sustainable energy source for the decarbonization of the port industry, maritime transport, and the reduction of emissions in ports. Its use contributes to the creation of sustainable energy systems, improvement of air quality, and the promotion of technological innovation in ports.
Methanol (CH3OH) is the simplest alcohol. It is a light, volatile, colorless, and flammable liquid with a characteristic odor at ambient temperature and pressure.
Recently, methanol is increasingly being considered as an alternative fuel to reduce greenhouse gas emissions and pollutants, with particular attention focused on the maritime sector.
When methanol combustion is complete, only water and carbon dioxide are produced as by-products. Methanol is an oxygen-rich fuel that burns in an internal combustion engine (ICE) that does not emit SOx and produces an insignificant amount of PM and NOx.
FUEL ON MERCHANT VESSELS
It does not contain sulfur oxides and, moreover, the nitrogen oxides emitted by the ships comply with Tier II.
CHEMICAL HYDROGEN STORAGE
Methanol appears as a molecule that allows for the transportation and storage of hydrogen in a much safer and more efficient way.
IN FUEL CELLS
In this regard, the direct use of methanol is proposed as a potential fuel for these devices, with oxygen as the oxidizing agent.
FUEL FOR INTERNAL COMBUSTION ENGINES
The thermodynamic, physical, and chemical characteristics of methanol make it a good substitute for conventional fuels in ICE engines, while also being environmentally friendly.
The general purpose of the projects is the creation of a new industry that aligns with environmental objectives, in order to promote sustainability, environmental conservation, and a net-zero emissions economy.
The activity is classified as the manufacturing of other basic organic chemical products, as it involves a facility generating green methanol from hydrogen and renewable electricity of guaranteed origin.
In different stages of development.
Estimated methanol production
Proyecto METGREENPOT - Huelva
Localización: Puerto de Hueva
Coordenadas: 37.23106° N – 6.95063° W
Tipo de instalación: Industria química
Capacidad de producción de metanol: 150.000 MTPA
Grado de pureza de metanol: Grado AA (> 99,85%)
Capacidad de mantenimiento de metanol: 10.000 toneladas
Superficie ocupada de la planta: 11,506 hectáreas
Altura máxima de las edificaciones: 43,3 metros
Conexión a subestación: Subestación Colón 220 kV (REE) – Huelva
Potencia eléctrica de suministro: 250MW
Tecnología de electrolisis: Alcalina
Potencia de electrolisis: 200 MW
Capacidad de wproducción de hidrógeno: 31.500 toneladas año
Capacidad de almacenamiento de hidrógeno: 8.640 kilogramos
Capacidad de captura de CO2: 220.000 MTPA
Toma de agua: Rio Odiel
Volumen de agua captado: 2,896 hm³
Capacidad de la desaladora: 2 hm³
Volumen de salmuera: 712.000 m³