Rustam Minnikhanov holds a regular Board meeting of Tatneftekhiminvest Holding

On September 28, the Rais (Head) of Tatarstan Rustam Minnikhanov chaired a regular board meeting of Tatneftekhiminvest Holding, which considered a number of innovative projects.

The agenda of the meeting included such issues as the promotion of the organization of the production of chemical products in demand in small volumes on the basis of educational and scientific organizations; innovative project of multifunctional robotic fire protection complex based on digital technologies; innovative technology for the production of ultra-light wall materials based on foam glass granulates; industrial cluster «Tatarstan-Squalenika»: new functional products based on biotechnology, medicine, food chemistry and the role of human microbiome.

Managing director of the Agency for Technological Development (Moscow) Denis Bolushevsky reported on the issue of “Promoting the organization of production of chemical products in demand in small volumes on the basis of educational and scientific organizations”.

Project management manager at the EFER Fire Robotics Engineering Center (Petrozavodsk) Valery Kharevsky presented an innovative project for a multifunctional robotic fire protection complex based on digital technologies. Rustam Minnikhanov gave an errand to study this project more carefully. He emphasized that the issue of fire protection is always pressing for petrochemical and oil refining enterprises, and for other areas of industry.

The other participants of the meeting also presented their projects, namely, Professor of Mendeleev University of Chemical Technology of Russia (Moscow) Evgeny Ofitserov introduced the industrial cluster «Tatarstan-Squalenika»: new functional products based on the achievements of biotechnology, medicine, food chemistry and the role of human microbiome and Chairman of the Board of Directors and Scientific Director of the KTB Group of Companies (Moscow) Aleksey Davidyuk spoke on the innovative technology for the production of ultra-light wall materials based on foam glass granulates.