Partnership with International Technology Licensors Extended
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    TechnologyDecember 2023

    Partnership with International Technology Licensors Extended

    JSC Antipinsky Oil Refinery has announced the renewal and extension of its technology licensing agreements with several leading international process technology providers. These partnerships ensure the refinery maintains access to the most advanced catalytic and processing technologies available in the global petroleum refining industry.

    The renewed agreements cover hydrotreating catalyst technology, advanced process control systems, and proprietary optimization software. These technologies are critical to the refinery's ability to produce ultra-low sulfur diesel and other premium petroleum products that meet the strictest international quality specifications.

    Under the extended partnerships, the refinery will receive ongoing technical support, catalyst performance optimization services, and priority access to next-generation refining technologies currently in development. Joint research and development programs will also continue, focusing on improving energy efficiency and reducing the environmental footprint of refining operations.

    "Our partnerships with world-class technology licensors have been instrumental in establishing Antipinsky Oil Refinery as one of Russia's most modern and efficient refining facilities," said the General Director. "By extending these relationships, we ensure that our technological capabilities continue to evolve and improve."

    The technology partnerships have contributed to the refinery achieving a processing depth of 99%, meaning virtually all crude oil input is converted into valuable commercial products with minimal waste. This performance metric places Antipinsky among the most efficient refineries operating in the Russian Federation.

    As part of the renewed agreements, the refinery will also participate in pilot programs for emerging technologies, including advanced molecular sieve systems and next-generation hydrocracking catalysts that promise even greater conversion efficiency.