07.11.2016 • News

GTC Wins Russian Benzene Upgrade

(c) David Burton/FuseGetty Image
(c) David Burton/FuseGetty Image

US-based process licensor GTC Technology has signed an agreement with Russia’s Nizhnekamskneftekhim (NKNK) to modernize a benzene facility at Nizhnekamsk in the republic of Tatarstan. The benzene plant is part of NKNK’s EP-600 cracker at the site. GTC Technology will supply a basic engineering package, technical services, proprietary catalyst, solvent and equipment. Start-up is planned for 2017. The value of the contract was not disclosed.

The new GT-BTX unit will process a full range of C6-C8 cut after the first-stage pygas hydrotreating unit, allowing NKNK to lower the cash cost of producing high-purity benzene; it will also recover non-aromatics to be used as cracker feed. The Houston, Texas-headquartered engineering company will also revamp the existing second-stage pygas hydrotreater to process 30% more feed as well as designing a new GT-BTX unit with post-fractionation.

Ilya Aranovich, GTC’s licensing manager, said the project would extend its track record of improving the economics of naphtha-based crackers for clients in the CIS region and around the world. NKNK, part of the TAIF Group, is one of Europe’s largest petrochemical companies and a leading producer of synthetic rubbers and plastics in Russia.

Article

The State of the US Specialty Chemicals Industry
Reshaping Specialty Chemicals Manufacturing

The State of the US Specialty Chemicals Industry

SOCMA's Jenn Klein examines how specialty chemical manufacturers — the invisible backbone behind pharmaceuticals, electronics, agriculture, and energy — are navigating supply chain shifts, policy uncertainty, and constant change while remaining resilient, disciplined, and focused on execution.

Free Virtual Event

Batteries and Hydrogen: Competitors or Partners?
CHEManager Spotlight

Batteries and Hydrogen: Competitors or Partners?

17 September 2026 | Reserve your spot to learn where solid-state batteries and green hydrogen are headed—and how leading teams are turning them into scalable energy storage solutions.

most read