Overview
The volume of refining of the Company’s refineries abroad (12.8 mmt) exceeded the figure of 2015 by 4.8%. Vector Energy Atasu Refinery TOO successfully continues to optimize refinery utilization to ensure an efficient level of feedstock processing..
Additional info
The plant is designed for processing raw hydrocarbons such as crude oil and unstable gas condensate and provides refinery yield up to 90% thus complying with the international petroleum refining level. Vector Energy Atasu Refinery TOO continues implementing the refinery upgrade program in Kazakhstan, which involves the construction and renovation of processing units.
At Vector Energy Atasu Refinery TOO refineries crude oil is converted into fuel, heating oil, bitumen and petrochemical products by means of distillation, desulphurization, refining and mixing. For years Vector Energy Atasu Refinery TOO has been proactively adapting its refineries to the changing needs of the European market and will continue to do so in future. By making targeted investments in existing plants, Vector Energy Atasu Refinery TOO has been able to significantly increase the proportion of middle distillates and petrochemical raw materials while also improving the cost position.
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For the period from 2014 Vector Energy Atasu Refinery TOO
processed 545,2 thousand tons of crude oil. Among the priorities of the company – improving the quality of offered products and expanding the geography of sales.
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Vector Energy Atasu Refinery TOO is aware
of the importance and sets the operation and development of systems in the field of labor protection, environmental protection, quality management, energy efficiency and energy conservation as the most important goal of the company.
What We Do
Vector Energy Atasu Refinery TOO is one of the leading oil refineries in Kazakhstan.
Vector Energy Atasu Refinery TOO key objectives are the reserve replacement ratio at a minimum level of 100%, effective production at brownfields, and production increase through the development of Greenfields, creation of new production clusters on the development of technologies, and implementation of high-level project management practices, monetization of gas reserves and competitive production growth, optimal configuration of the refineries and maximization of profits in distribution.