NEXTCHEM (MAIRE) awarded the licensing and course of design bundle for a Sustainable Aviation Gas (SAF) mission based mostly on its proprietary NX PTU™ and NX SAF™ BIO applied sciences in Indonesia

NEXTCHEM (MAIRE) awarded the licensing and course of design bundle for a Sustainable Aviation Gas (SAF) mission based mostly on its proprietary NX PTU™ and NX SAF™ BIO applied sciences in Indonesia

• The plant is predicted to provide 60,000 tonnes per yr of SAF completely from a home feedstock, accounting for roughly 5% of the jet gasoline demand of the Jakarta worldwide airport
• NEXTCHEM will supply an built-in end-to-end resolution combining its NX PTU^TM and NX SAF™ BIO proprietary applied sciences

Milan, 19 December 2024 – MAIRE (MAIRE.MI) proclaims that NEXTCHEM (Sustainable Expertise Options) has been awarded the licensing and the Course of Design Package deal for a Sustainable Aviation Gas (“SAF”) plant situated in Sei Mangkei, North Sumatra Province, Indonesia. This would be the first plant that can produce SAF with excessive effectivity, primarily from palm oil mill effluent (POME), enabling the total valorization of this feedstock within the nation, together with licensed used cooking oil, and demonstrating the financial sustainability of small-scale crops.

This award follows the profitable completion of the feasibility research introduced in August this yr for the joint improvement of a SAF plant optimized for native feedstock availability. The optimistic consequence demonstrated the viability of a SAF manufacturing facility which is designed for home, domestically sourced feedstock and situated to suit feedstock logistics in Indonesia. The 60,000 tonnes per yr SAF manufacturing capability may doubtlessly account for roughly 5% of the gasoline demand of the Soekarno-Hatta Worldwide Airport in Jakarta, the most important airport in Indonesia, confirming the match of the home scale idea.

NEXTCHEM presents a totally built-in bundle which mixes each its NX PTU™[1] know-how, the hydrogen manufacturing unit and its NX SAF^TM Bio know-how, an hydrotreated esters and fatty acids (HEFA)[2] proprietary course of, for an environment friendly SAF manufacturing. This course of makes use of 2^nd era vegetable oils and residual fat, that are pre-treated via the NX PTU™ know-how. The purified feedstock is then refined into SAF utilizing hydrogen via the NX SAF^TM BIO know-how, which permits to provide an ultra-low carbon SAF which is ready to scale back aviation emissions by as much as 95% in contrast with using fossil fuels[3]. The excessive stage of standardization, coupled with a modular and compact design of the know-how, permits a diminished mission execution and makes it superb for small-scale crops in any geography.

Alessandro Bernini, CEO of MAIRE, commented:

Decarbonising high-impact sectors akin to aviation requires not solely technical experience, however the braveness to execute new avenues.

“This settlement demonstrates that MAIRE has the competences and dedication to deploy revolutionary and built-in technological options that may be tailored to totally different contexts and desires.”

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NEXTCHEM (MAIRE) awarded the licensing and course of design bundle for a Sustainable Aviation Gas (SAF) mission based mostly on its proprietary NX PTU™ and NX SAF™ BIO applied sciences in Indonesia, supply