Hard-to-abate industry - Pietro Fiorentini https://www.fiorentini.com/en/category/applications/applications-renewable-energies/hard-to-abate-industry/ Tue, 17 Sep 2024 08:19:17 +0000 en-US hourly 1 https://wordpress.org/?v=6.5.5 Hydrogen storage vessels https://www.fiorentini.com/en/solutions/systems/solutions-renewable-energies/hydrogen/hydrogen-storage-vessels/ Wed, 24 Jul 2024 09:17:44 +0000 https://www.fiorentini.com/?p=35158 One of the great advantages of hydrogen is that it can be used as energy storage at times of surplus production from renewable sources, such as wind and photovoltaics. Thanks to our experience in making natural gas tanks, we are able to offer a wide range of pressure tanks suitable for hydrogen.

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]]> One of the great advantages of hydrogen is that it can be used as energy storage at times of surplus production from renewable sources, such as wind and photovoltaics.

Thanks to our experience in making natural gas tanks, we are able to offer a wide range of pressure tanks suitable for hydrogen.

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]]> CO2 recovery and liquefaction https://www.fiorentini.com/en/solutions/systems/solutions-renewable-energies/bioco2/co2-recovery-and-liquefaction/ Mon, 27 May 2024 17:58:00 +0000 https://www.fiorentini.com/?p=32900 CO2 liquefaction is the process of converting gaseous carbon dioxide into its liquid form, making it a versatile and transportable resource. This transformation allows for efficient storage, transportation, and utilisation of CO2 in various applications. CO2 liquefaction plays a crucial role in carbon capture and storage initiatives. By capturing CO2 emissions from industrial processes, we […]

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]]> CO2 liquefaction is the process of converting gaseous carbon dioxide into its liquid form, making it a versatile and transportable resource. This transformation allows for efficient storage, transportation, and utilisation of CO2 in various applications.

CO2 liquefaction plays a crucial role in carbon capture and storage initiatives. By capturing CO2 emissions from industrial processes, we avoid releasing that CO2 into the atmosphere, thus not incrementing GHG concentration. The subsequent step of CO2 liquefaction allows for different kind of usage: from safe transportation and permanent storage underground or in depleted oil and gas reservoirs, to its integration into various industrial processes.

As Pietro Fiorentini, we can integrate CO2 recovery and liquefaction systems with upgrading plants. This allows to capture and transform the off-gas coming from biogas upgrading into high-quality valuable product. With the use of advanced technologies such as membrane upgrading and a new distillation process, our systems can successfully purify and liquefy CO2 avoiding methane slip form the upgrading process. The final product is liquid food-grade CO2 that can be used in the food and beverage sector as a green substitute of the fossil CO2 previously used.

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]]> Electrolysers https://www.fiorentini.com/en/solutions/systems/solutions-renewable-energies/hydrogen/electrolysers/ Fri, 05 May 2023 13:50:03 +0000 https://www.fiorentini.com/?p=26053 Hyter is a company operating in the hydrogen sector since 2011 that joined Pietro Fiorentini Group in July 2021. The company develops solutions to generate green hydrogen through water electrolysis, with a wide range of size, from from kW to multi-MW. AEMWE (proprietary) and PEM technologies are the core of Hyter’s electrolysers: while the first […]

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]]> Hyter is a company operating in the hydrogen sector since 2011 that joined Pietro Fiorentini Group in July 2021. The company develops solutions to generate green hydrogen through water electrolysis, with a wide range of size, from from kW to multi-MW.

AEMWE (proprietary) and PEM technologies are the core of Hyter’s electrolysers: while the first one is based on anionic exchange membrane, the second exploits protonic and exchange membrane.

Both technologies allow to satisfy multiple needs within the energy transition process. For example, they enable hydrogen storage, thus stabilizing the variability of the production of electricity from renewable sources, very often not aligned with consumption. There are also several other applications, like sustainable mobility, sector coupling or industrial applications.

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]]> VS/AM 65 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/hydrogen-valves/vs-am-65-h/ Fri, 05 May 2023 10:03:32 +0000 https://www.fiorentini.com/solutions/vs-am-65-copy/ The VS/AM 65 H by Pietro Fiorentini is a relief valve which vents gas when the system pressure exceeds the set value due to temporary events. During no-flow conditions, thermal expansion of the gas can cause downstream static pressure to build up. The relief valve will prevent downstream pressure from rising due to gas temperature […]

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]]> The VS/AM 65 H by Pietro Fiorentini is a relief valve which vents gas when the system pressure exceeds the set value due to temporary events.

During no-flow conditions, thermal expansion of the gas can cause downstream static pressure to build up. The relief valve will prevent downstream pressure from rising due to gas temperature change, downstream pressure shocks caused by sudden changes of flow or eventually regulator’s lock-up failure.

This device is suitable for 100% hydrogen applications. It is used in high-pressure transmission systems and in medium pressure gas distribution networks.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> VS/AM 58 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/hydrogen-valves/vs-am-58-h/ Fri, 05 May 2023 09:31:44 +0000 https://www.fiorentini.com/solutions/vs-am-58-copy/ The VS/AM 58 H by Pietro Fiorentini is a relief valve which vents gas when the system pressure exceeds the set value due to temporary events. During noflow conditions, thermal expansion of the gas can cause downstream static pressure to build up. The relief valve will prevent downstream pressure from rising due to gas temperature […]

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]]> The VS/AM 58 H by Pietro Fiorentini is a relief valve which vents gas when the system pressure exceeds the set value due to temporary events.

During noflow conditions, thermal expansion of the gas can cause downstream static pressure to build up. The relief valve will prevent downstream pressure from rising due to gas temperature change, downstream pressure shocks caused by sudden changes of flow or eventually regulator’s lock-up failure.

This device is suitable for 100% hydrogen applications. It is used in high-pressure transmission systems and in medium pressure gas distribution networks.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> SBC 782 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/hydrogen-valves/sbc-782-h/ Fri, 05 May 2023 07:23:33 +0000 https://www.fiorentini.com/solutions/sbc-782-copy/ SBC 782 H is a safety device, also called slam shut valve, suitable to quickly interrupt the gas flow when the pressure reaches a calibration set value. This device is suitable for 100% hydrogen applications. It is mainly used in high-pressure transmission systems and in medium pressure gas distribution networks. Click here to see the […]

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]]> SBC 782 H is a safety device, also called slam shut valve, suitable to quickly interrupt the gas flow when the pressure reaches a calibration set value.

This device is suitable for 100% hydrogen applications.

It is mainly used in high-pressure transmission systems and in medium pressure gas distribution networks.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> SBC 187 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/hydrogen-valves/sbc-187-h/ Fri, 05 May 2023 07:13:09 +0000 https://www.fiorentini.com/solutions/sbc-187-copy/ SBC 187 H is a safety device, also called slam shut valve, suitable to quickly interrupt the gas flow when the pressure reaches a calibration set value. This device is suitable for 100% hydrogen applications and it is mainly used in high-pressure transmission systems and in medium pressure gas distribution networks. Click here to see […]

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]]> SBC 187 H is a safety device, also called slam shut valve, suitable to quickly interrupt the gas flow when the pressure reaches a calibration set value.

This device is suitable for 100% hydrogen applications and it is mainly used in high-pressure transmission systems and in medium pressure gas distribution networks.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> Mod. FE H https://www.fiorentini.com/en/solutions/products/hydrogen-products/low-pressure-hydrogen-regulators/mod-fe-h/ Fri, 05 May 2023 06:59:33 +0000 https://www.fiorentini.com/solutions/mod-fe-copy/ The Mod. FE H is a direct-operated gas pressure regulator designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications. It is used for low pressure gas distribution networks, as well as residential and commercial applications. The FE H regulator is classified as Fail Close (only version with slam-shut device valve […]

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]]> The Mod. FE H is a direct-operated gas pressure regulator designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications.

It is used for low pressure gas distribution networks, as well as residential and commercial applications.

The FE H regulator is classified as Fail Close (only version with slam-shut device valve for downstream overpressure).

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> Norval H https://www.fiorentini.com/en/solutions/products/hydrogen-products/medium-low-pressure-hydrogen-regulators/norval-h/ Wed, 03 May 2023 10:49:55 +0000 https://www.fiorentini.com/solutions/norval-copy/ The Norval H by Pietro Fiorentini is a direct-operated gas pressure regulator. This device is suitable for 100% hydrogen applications. It is used in medium and low-pressure gas distribution networks. It is classified as Fail Open according to the European Standard EN 334. Click here to see the product page in the NG version / […]

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]]> The Norval H by Pietro Fiorentini is a direct-operated gas pressure regulator. This device is suitable for 100% hydrogen applications.

It is used in medium and low-pressure gas distribution networks.

It is classified as Fail Open according to the European Standard EN 334.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> Dival 600 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/medium-low-pressure-hydrogen-regulators/dival-600-h/ Wed, 03 May 2023 10:25:46 +0000 https://www.fiorentini.com/solutions/dival-600-copy/ Dival 600 H is part of Pietro Fiorentini’s range of direct-acting gas pressure regulators with diaphragm control and spring contrast. This device is suitable for 100% hydrogen applications. It is used in medium and low-pressure gas distribution networks. It is classified as Fail Open according to the European Standard EN 334. Click here to see […]

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]]> Dival 600 H is part of Pietro Fiorentini’s range of direct-acting gas pressure regulators with diaphragm control and spring contrast. This device is suitable for 100% hydrogen applications.

It is used in medium and low-pressure gas distribution networks.

It is classified as Fail Open according to the European Standard EN 334.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

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]]> Dival 507-512 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/medium-low-pressure-hydrogen-regulators/dival-507-512-h/ Wed, 03 May 2023 09:50:17 +0000 https://www.fiorentini.com/solutions/dival-507-512-copy/ The Dival 507-512 H by Pietro Fiorentini are a lever-operated gas pressure regulators controlled by a diaphragm and contrasting regulated spring action. These devices are suitable for 100% hydrogen applications. They are used for medium and low pressure gas distribution networks, as well as commercial and industrial applications. According to the European Standard EN 334, […]

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]]> The Dival 507-512 H by Pietro Fiorentini are a lever-operated gas pressure regulators controlled by a diaphragm and contrasting regulated spring action. These devices are suitable for 100% hydrogen applications.

They are used for medium and low pressure gas distribution networks, as well as commercial and industrial applications.

According to the European Standard EN 334, they are classified as Fail Open.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

The post Dival 507-512 H appeared first on Pietro Fiorentini.

]]> Dival 500 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/medium-low-pressure-hydrogen-regulators/dival-500-h/ Wed, 03 May 2023 09:15:04 +0000 https://www.fiorentini.com/solutions/dival-500-copy/ The Dival 500 H by Pietro Fiorentini is a lever-operated gas pressure regulator controlled by a diaphragm and contrasting regulated spring action. This device is suitable for 100% hydrogen applications. It is used for medium and low pressure gas distribution networks, as well as commercial and industrial applications. According to the European Standard EN 334, […]

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]]> The Dival 500 H by Pietro Fiorentini is a lever-operated gas pressure regulator controlled by a diaphragm and contrasting regulated spring action. This device is suitable for 100% hydrogen applications.

It is used for medium and low pressure gas distribution networks, as well as commercial and industrial applications.

According to the European Standard EN 334, it is classified as Fail Open.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

The post Dival 500 H appeared first on Pietro Fiorentini.

]]> Aperval H https://www.fiorentini.com/en/solutions/products/hydrogen-products/medium-low-pressure-hydrogen-regulators/aperval-h/ Wed, 03 May 2023 08:39:06 +0000 https://www.fiorentini.com/solutions/aperval-copy/ The Aperval H is one of the pilot-operated gas pressure regulators designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications. It is used in medium and low-pressure gas distribution networks. It is classified as Fail Open according to the European Standard EN 334. Click here to see the product page […]

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]]> The Aperval H is one of the pilot-operated gas pressure regulators designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications.

It is used in medium and low-pressure gas distribution networks.

It is classified as Fail Open according to the European Standard EN 334.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

The post Aperval H appeared first on Pietro Fiorentini.

]]> Staflux 187 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/high-medium-pressure-hydrogen-regulators/staflux-187-h/ Wed, 03 May 2023 08:21:12 +0000 https://www.fiorentini.com/solutions/staflux-187-copy/ Staflux 187 H is a direct-operated gas pressure regulator designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications. This device is the natural evolution of the Pietro Fiorentini know-how and experience in the gas industry. It is mainly used for high pressure transmission systems and for medium pressure gas distribution […]

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]]> Staflux 187 H is a direct-operated gas pressure regulator designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications.

This device is the natural evolution of the Pietro Fiorentini know-how and experience in the gas industry. It is mainly used for high pressure transmission systems and for medium pressure gas distribution networks.

According to the European Standard EN 334, it is classified as Fail Open.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

The post Staflux 187 H appeared first on Pietro Fiorentini.

]]> Reflux 819 H https://www.fiorentini.com/en/solutions/products/hydrogen-products/high-medium-pressure-hydrogen-regulators/reflux-819-h/ Wed, 03 May 2023 07:59:36 +0000 https://www.fiorentini.com/solutions/reflux-819-fo-copy/ Reflux 819 H is a pilot-operated gas pressure regulator designed and manufactured by Pietro Fiorentini, suitable for 100% hydrogen applications. It is mainly used for high-pressure transmission systems, power plants and for medium pressure gas distribution networks. According to the European Standard EN 334, it is classified as Fail Close. Click here to see the […]

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]]> Reflux 819 H is a pilot-operated gas pressure regulator designed and manufactured by Pietro Fiorentini, suitable for 100% hydrogen applications.

It is mainly used for high-pressure transmission systems, power plants and for medium pressure gas distribution networks.

According to the European Standard EN 334, it is classified as Fail Close.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

The post Reflux 819 H appeared first on Pietro Fiorentini.

]]> Reflux 819/FO H https://www.fiorentini.com/en/solutions/products/hydrogen-products/high-medium-pressure-hydrogen-regulators/reflux-819-foh/ Tue, 02 May 2023 10:08:18 +0000 https://www.fiorentini.com/solutions/reflux-819-fo-copy/ Reflux 819/FO H is a pilot-operated gas pressure regulator designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications. It is mainly used for high-pressure transmission systems, power plants and for medium pressure gas distribution networks. According to the European Standard EN 334, it is classified as Fail Open. Click here […]

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]]> Reflux 819/FO H is a pilot-operated gas pressure regulator designed and manufactured by Pietro Fiorentini. This device is suitable for 100% hydrogen applications.

It is mainly used for high-pressure transmission systems, power plants and for medium pressure gas distribution networks.

According to the European Standard EN 334, it is classified as Fail Open.

Click here to see the product page in the NG version / NG-H2 blending (up to 20%) version.

The post Reflux 819/FO H appeared first on Pietro Fiorentini.

]]> Hydrogen blending stations https://www.fiorentini.com/en/solutions/systems/solutions-renewable-energies/hydrogen/hydrogen-blending-stations/ Thu, 04 Mar 2021 11:36:21 +0000 https://www.fiorentini.com/?p=1425 Hydrogen is finally granting a key role in the energy arena. It is a precious molecule with the property of being easily produced from renewable power and representing a complementary solution to other green gases and to electrification process, especially as sustainable vehicles fuel and as industrial high temperatures energy carrer.On the other hand, the […]

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]]> Hydrogen is finally granting a key role in the energy arena. It is a precious molecule with the property of being easily produced from renewable power and representing a complementary solution to other green gases and to electrification process, especially as sustainable vehicles fuel and as industrial high temperatures energy carrer.
On the other hand, the need of a large scale use of hydrogen is pushing gas infrastructure to drastically evolve. Pietro Fiorentini is applying its international 80 years experience on gas networks to face this exciting challenge: from designing and testing hydrogen ready solutions up to developing new hydrogen blending stations, our purpose is to exploit the full potential of existing gas networks to accept and deliver hydrogen.

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