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Italy

Italy is the third-largest national economy in the European Union. 

Italy’s per capita energy consumption is nearly 17 Percent lower than the EU average (2.5 toe in 2022). Electricity consumption per capita is around 5 000 kWh (5050 kWh in 2022), i.e., 9 Percent below the EU average. (1)

In 2021, fossil fuels accounted for 79 percent of the total primary energy supply in Italy. Among fossil fuels, natural gas ranked first, covering 43 percent of the energy mix. Oil followed at around 30 percent. On the contrary, renewables accounted for less than 20 percent of the total energy mix of Italy.(2)

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Italy has proved to be a champion of emission cuts as it has consistently over the years achieved a steady trend towards decarbonization. Over the last 30 years, greenhouse gas emissions in Italy have decreased at a rate of 0.7 Percent per year, mostly due to the combined effect of strong development of renewable energy, increased energy efficiency, and the delocalization of industrial production. However, in order to achieve the “net zero” target by 2050, an acceleration is necessary and, together with private sector entrepreneurship, additional initiatives will need to be agreed. Estimates are that hydrogen could supply as much as 23 Percent of Italy’s total energy consumption by 2050, meaning almost a quarter of the entire energy demand. (3)

General Information

In a recent report by World Hydrogen Leaders in association with Renewables Now, by 2050, the demand for green hydrogen in Italy is likely to reach 9.5 million tonnes per year, driven by power generation with 3 million tonnes, the mobility industry with 2.6 million tonnes and the buildings sector with 2.1 million tonnes of hydrogen per year, according to SNAM’s study.

To date, hydrogen consumption in Italy is almost entirely limited to industrial use in refinery and chemical processes (e.g., ammonia) and is predominantly grey hydrogen. Hydrogen consumption in Italy is approximately 16 TWh, equal to 1% of overall national energy consumption (1,436 TWh) and corresponding to about 480,000 t/year, of which about 8,500 t/year are marketed in cylinders and special pipes.(4)

Italian gas group SNAM with the analytical support if McKinsey has conducted a study on the potential role of hydrogen and its infrastructure in the Italian energy system.

(5) The key findings of the report are:

  • Hydrogen could provide almost one quarter of all energy in Italy by 2050 - In a 95% decarbonization, hydrogen could supply as much as 23% of its total energy consumption by 2050 – more than today’s combined electricity share from renewable and fossil fuels. The biggest potential is in transport, buildings, and industrial applications.
  • Long-haul trucking should become one of the first segments to make hydrogen economic
  • Blending hydrogen in the grid (up to a 10-20% mix) for building heating is another area of wide possible adoption that could take place in the short- to mid-term.
  • Hydrogen will also integrate renewables into the electricity grid: it can provide flexibility, seasonal storage - in collaboration with other storage solution covering shorter balance need (e.g., batteries for intraday balancing) - and alternative energy transportation solutions to the grid.
  • Low-cost hydrogen to break-even before 2030 – earlier than other European markets.Given Italy's strong renewables endowment, "green hydrogen" from them will break even with grey hydrogen 5-10 years earlier than in many other countries, including Germany. This makes Italy the ideal place to begin the deployment and scale-up of electrolysis for industrial and other uses.
  • Italy could import hydrogen from North Africa, at cost 14% below domestic production Italy could employ its existing pipelines to Northern Africa to put solar panels "where the sun shines" more, produce hydrogen locally, and then transport the hydrogen to Italy through the pipes. This could also provide hydrogen exports through Italy into Europe.

In 2020 Italy launched a national hydrogen strategy to help decarbonize the economy in order to meet European climate targets. The Ministry of Economic Development said it was targeting investments in the sector of around USD12 billion by 2030, with half of the amount coming from European funds and private investments. The Government's plan to help boost production of green hydrogen, as stated in the draft document, is to introduce about 5 GW of electrolysers capacity over the 2021- 2030 period. The document also stated that by 2030, hydrogen could make up 2% of Italy's final energy demand and could help eliminate up to 8 million tons of CO2. The document also stated that the plans could create more than 200,000 jobs and generate up to 28.82 billion USD for Italy's gross domestic product, with hydrogen to be used in transportation, heavy industry, and natural gas pipelines. (6)

In November 2020, the MISE (Ministry for Business and Made in Italy) published the first “Guidelines for the National Hydrogen Strategy”, identifying the sectors in which green hydrogen is expected to become competitive in the short term. Moreover, the MISE has set up a hydrogen panel bringing together over 70 national stakeholders interested in the development and implementation of green hydrogen.

The MISE is also involved in the development of an “Important Project of Common European Interest”, looking at the hydrogen value strategic chain as part of industrial policy initiatives promoted by Italy, in cooperation with other EU Member States and the European Commission. (7)

Hydrogen was recognized by the Italian government as a renewable energy source in 2016, by the enactment of the Italian Legislative Decree No. 257 of 16 December 2016, which transposed the EU Directive 2014/94/EU concerning the deployment of alternative fuel infrastructures.

A further Ministerial Decree of 23 October 2018 removed a number of obstacles to the development of hydrogen in existing legislation, thanks to a joint commitment of several Ministries, the Italian Association for Hydrogen and Fuel Cells (H2IT) and various industrial players in Italy.

These new pieces of legislation have been much praised, as they have allowed a greater alignment of key technical conditions with other certifications and requirements (such as applicable ISO standards) and have eliminated existing limitations to the load pressure of hydrogen, which has enabled the deployment of hydrogen in, for example, the creation of hydrogen distributors for cars.

INFRASTRUCTURE

  • Italy-based global utility ENEL struck an agreement with oil and gas giant ENI on hydrogen. The plan is to supply hydrogen to Eni refineries. The plants will be located near two Eni refineries, where green hydrogen may represent the best decarbonizing option. Each of the two pilot projects will include an electrolyzer of about 10 MW and it is expected that both will start to generate green hydrogen by 2022-2023. (10)
  • Italian companies Enel Green Power (Egp) and Maire Tecnimont, respectively world leaders in the renewable energy sector and in energy and chemical technologies, also recently struck an alliance.
  • Life3H project- The Abruzzo region is leading the LIFE3H project, co-financed by the LIFE Program of the European Union, lasting 4 years and oriented towards hydrogen mobility . Life3h stands for "Hydrogen demonstration in city, port and mountain area to develop integrated hydrogen valleys" and aims to develop three Hydrogen Valleys (sites for the production, storage, and use of integrated hydrogen ). LIFE3H will use hydrogen made available by Chimica Bussi, obtained through electrolysis. The fuel will be destined for dedicated buses.(12)
  • South Tyrol is also investing in the production of hydrogen as a fuel generated from renewable energy, with the aim of achieving gradual energy independence. The project was born from the collaboration with the Brenner motorway and with the support of the European Regional Development Fund.(12)
  • The University of Modena and Reggio Emilia and Snam have signed a framework agreement to create a Hydrogen Innovation Center, created with the objective of bringing together industrial partners and university research centers for the development of new technological solutions that leverage hydrogen to promote decarbonization and the energy transition in line with national and European climate objectives. The partnership also aims to encourage the necessary exchange between the world of research and industry(12)
  • Edison, Snam, Saipem and Alboran Hydrogen are united in Puglia in the project for a Green Hydrogen Valley. The project involves the cities of Brindisi, Taranto and Cerignola, in the Foggia area, for the construction of three green hydrogen production plants powered by photovoltaics to produce up to 300 million cubic meters of hydrogen per year which will be destined for use by part of the companies in the area.(12)
  • The FNM, Trenord and Regione Lombardia H2iseO project for the replacement of current diesel-powered trains with new hydrogen-fueled trains starting from 2023 starts from the use of hydrogen in local public transport to complete the replacement of diesel vehicles (trains and buses) by 2025.The H2iseO project is not limited to the local area but aims to become an innovative project on a global level, scalable and replicable.(12)
  • Italy-based global utility ENEL struck an agreement with oil and gas giant ENI on hydrogen. The plan is to supply hydrogen to Eni refineries. The plants will be located near two Eni refineries, where green hydrogen may represent the best decarbonizing option. Each of the two pilot projects will include an electrolyzer of about 10 MW and it is expected that both will start to generate green hydrogen by 2022-2023.  (10)

  • Italian companies Enel Green Power (Egp) and Maire Tecnimont, respectively world leaders in the renewable energy sector and in energy and chemical technologies, also recently struck an alliance  

  • Life3H project- The Abruzzo region is leading the LIFE3H project, co-financed by the LIFE Program of the European Union, lasting 4 years and oriented towards hydrogen mobility. Life3h stands for "Hydrogen demonstration in city, port and mountain area to develop integrated hydrogen valleys" and aims to develop three Hydrogen Valleys (sites for the production, storage, and use of integrated hydrogen). LIFE3H will use hydrogen made available by Chimica Bussi, obtained through electrolysis. The fuel will be destined for dedicated buses. (12)   

  •   South Tyrol is also investing in the production of hydrogen as a fuel generated from renewable energy, with the aim of achieving gradual energy independence. The project was born from the collaboration with the Brenner motorway and with the support of the European Regional Development Fund. (12)

  • The University of Modena and Reggio Emilia and Snam have signed a framework agreement to create a Hydrogen Innovation Center, created with the objective of bringing together industrial partners and university research centers for the development of new technological solutions that leverage hydrogen to promote decarbonization and the energy transition in line with national and European climate objectives. The partnership also aims to encourage the necessary exchange between the world of research and industry (12)

  • Edison, Snam, Saipem and Alboran Hydrogen are united in Puglia in the project for a Green Hydrogen Valley. The project involves the cities of Brindisi, Taranto and Cerignola, in the Foggia area, for the construction of three green hydrogen production plants powered by photovoltaics to produce up to 300 million cubic meters of hydrogen per year which will be destined for use by part of the companies in the area. (12)

  • The FNM, Trenord and Regione Lombardia H2iseO project for the replacement of current diesel-powered trains with new hydrogen-fueled trains starting from 2023 starts from the use of hydrogen in local public transport to complete the replacement of diesel vehicles (trains and buses) by 2025.The H2iseO project is not limited to the local area but aims to become an innovative project on a global level, scalable and replicable. (12)