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France: Technology Eni and Sabic Collaborate to Produce High Value Fuels and Chemicals

| Editor: Ahlam Rais

Under the Agreement, both the companies will jointly develop a technology for natural gas conversion into synthesis gas to produce high value fuels and chemicals. The deal also includes building an industrial demonstration plant at Eni’s industrial premise.

The partnership will involve the construction of an industrial demonstration plant that will be built and operated inside an Eni industrial premise.
The partnership will involve the construction of an industrial demonstration plant that will be built and operated inside an Eni industrial premise.
(Source: Deposit Photos )

Milan/France – Eni and Sabic have recently signed a Joint Development Agreement to develop an innovative technology for natural gas conversion into synthesis gas that can be further transformed into high value fuels and chemicals, such as methanol. The agreement was signed by Fahad Al-Sherehy, Acting, Executive Vice President Technology and Innovation (Sabic), Giuseppe Tannoia, Executive Vice President Research & Development (Eni), and Giacomo Rispoli, Executive Vice President Licensing & Supply (Eni).

The partnership will involve, among other activities, the construction of an industrial demonstration plant that will be built and operated inside an Eni industrial premise. The development project will advance the technology, which is based on the Short Contact Time Catalytic Partial Oxidation (SCT-CPO) of natural gas, to further sustain the Eni and Sabic business by using the cleanest and lower GHG emission fossil fuel in a more efficient way.

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This technology was initially developed by Eni after an intensive R&D period. This was coupled with Sabic’s short contact time reactor R&D and the company’s extensive knowledge of the integration of synthesis gas generation into processes to produce derived chemicals. With this agreement, both the companies will be able to leverage world class R&D and operational experience to enable the success of the project.

The joint technology will be a truly innovative way of making synthesis gas and integration into high value applications to achieve lower Capex and Opex, higher energy efficiency, lower CO2 footprint and wide feedstock flexibility.

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