According to the Integrated National Energy and Climate Plan (“PNIEC”), published in December 2019 by the Ministry of Economic Development together with the Ministry of the Environment and the Ministry of Infrastructure and Transport, one of the primary objectives Italy is aiming to achieve by 2030 is the reduction of around 30% of national greenhouse gas emissions. With this in mind, hydrogen is considered as having a key role in reaching this goal as a result of its unique chemical and physical attributes, and specifically because hydrogen can be produced by renewable energy sources and can be stored and transported like a gas or liquid.
In November 2020, the Ministry of Economic Development published the “Italian Hydrogen Strategy: preliminary guidelines” (the “Hydrogen Strategy”). This document sets a medium and a long-term objective, according to which the national energy consumption is expected to consist of 2% hydrogen by 2030 and 20% by 2050. The Hydrogen Strategy also identifies the sectors that will be crucial for the use and development of the hydrogen, such as public transportation, chemicals and refining.
The key role of hydrogen in the context of the national energy transition has been further confirmed by the National Recovery and Resilience Plan (“NRRP”), transmitted by the Italian Government to The European Commission on 30 April 2021 and approved by the European Commission on 13 July 2021. The NRRP is part of the Next Generation EU programme, namely the € 750 billion recovery package, consisting of grants and loans, set up by the European Union in response to the Covid-19 pandemic crisis. The NRRP, whose total value is equal to € 191.5 billion, has been conceived based on three strategic pillars: (i) digitalisation and innovation, (ii) ecological transition, and (iii) social inclusion. In the context of the ecological transition, paramount importance has been given to renewable energy, hydrogen and sustainable mobility.
Currently, hydrogen is mostly used in chemical and metallurgical industries in Italy. It is commonly obtained through a thermochemical process called “steam methane reforming” which consists in the conversion of fossil fuels (e.g. coal and natural gas) into “grey” hydrogen. This produces high CO2 emissions and other pollutants; therefore, in order to reduce such emissions, both “blue” and “green” hydrogen should be considered as alternatives.
To date, in Italy only a small share of the hydrogen production originates from electrolysis to create green hydrogen. However, an increasing interest in green hydrogen is expected over the coming years thanks to the progressive reduction in the cost of renewable power and electrolysers.
In Italy, the transition to green hydrogen would be facilitated by two additional key factors, namely: 1) a higher availability of renewables than in other European countries and 2) the existence of several pipelines connecting northern Africa to Southern Italy which could be used to import hydrogen at a lower cost. Green hydrogen is therefore now considered as a game changer for Italy’s energy transition. More generally, a recent study conducted in 2019 by specialists in the energy sector has confirmed this by showing that hydrogen has the potential to provide almost one quarter of all national energy consumption by 2050.
There are significant opportunities for the use of hydrogen in many sectors, such as in buildings, industry, transportation and the entire energy supply and storage chain. More specifically, green hydrogen could be used as chemical product to decarbonise refining and high-heat processes of the steel, petrochemical, and mining industries. Green hydrogen could also serve as a storage system for the electricity surplus produced by renewable sources and as a fuel for public and private transportation.
Industry
In 2019, SNAM S.p.A (“SNAM”), one of Italy’s leading energy infrastructure operators, launched a project called “SNAMTEC”, worth approximately € 850 million, aimed at increasing energy efficiency, reducing pollutant gas emissions and promoting innovation in the energy sector. Among the initiatives included in SNAMTEC project, SNAM launched a trial that took place in the Campania Region consisting of the introduction of a quota of 5% of hydrogen in the energy mix for a period of a month. The trial proved that the introduction of even a small portion of hydrogen in the energy mix would allow a substantial reduction in carbon dioxide emissions.
In March 2019, ENI, one of the most important Italian energy companies engaged in the exploitation, production, refining, and sale of oil, gas, electricity, and chemicals, signed an agreement with the National Consortium for the Collection, Recycling, and Recovery of Plastic Packaging (“COREPLA”), to develop a research project aimed at producing hydrogen and high-quality biofuels from non-recyclable plastic packaging waste.
ENI and NextChem, the Maire Tecnimont Group’s subsidiary for green chemistry, have entered into several partnership agreements to conduct engineering studies with the aim of developing and building new waste-to-hydrogen and waste-to-methanol production plants in Taranto, Venice, and Livorno. These plants will be crucial for a massive reduction of pollutant gases and for achieving Italian decarbonisation targets.
Transportation
In June 2020, Alstom, a leading company in the construction of trains and railway infrastructure, signed an agreement with SNAM where, for the first time, hydrogen fuelled trains will be introduced in the Italian rail network. These trains will be equipped with fuel cells which will convert the hydrogen into electricity with no greenhouse gas emissions. The first hydrogen-fuelled trains are expected to run in the Lombardy region from 2023.
In June 2019, ENI announced the launch of a new partnership with Toyota for the planning of a new hydrogen refuelling station in the Lombardy Region. ENI has specified that the hydrogen that will be sold in the refuelling station will be completely green as it will be produced only through the electrolysis process.
In September 2019, another partnership was signed between ENI, Toyota and the Municipality of Venice to evaluate the construction of a hydrogen refuelling station. The refuelling station will mark a concrete step forward in promoting the circulation of public and private hydrogen powered vehicles.
Energy storage and power generation
In January 2019, Enel Green Power, Enel Group’s subsidiary involved in the generation, distribution, and supply of renewable energy, and the Municipality of Lipari entered into an agreement for the building of a new photovoltaic plant on the Island of Stromboli. The new plant will be equipped with an innovative energy storage system that will store the excess solar energy produced in the form of hydrogen and will convert it back into electricity during periods of maximum consumption. This storage system will avoid the risks related to non-programmable renewable energy sources ensuring the availability of electricity.
In April 2019, the National Agency for New Technologies, Energy, and Sustainable Economic Development (“ENEA”) and the Società Gasdotti Italia (“SGI”) , an Italian Company that offers the service of transportation of natural gas, signed a framework agreement to develop a “Power to Gas” pilot project, consisting in one or more electrolysers directly connected to an electricity grid or to a renewable energy system converting the overproduced electricity into hydrogen. The hydrogen can then be used for several purposes, e.g. as gaseous fuel in industry and transport sectors; as a chemical component to be added to CO2 to obtain methane; or as reserve energy to be stored for underproduction periods.
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