Industrial & Chemical Engineering
Extensive background in driving hydrogen infrastructure projects, optimizing conventional chemical production, and bridging the gap between theoretical R&D and practical industrial application.
Company
A unified approach to industry and technology.
Established in 2024, Servarray OÜ is a specialized consulting and technology development company based in Tallinn, Estonia.
Our Background
Why we bridge chemistry, energy, and digital architecture.
We recognized that modern industrial challenges cannot be solved in silos. True innovation happens at the intersection of disciplines.
The transition to efficient, lower-carbon manufacturing requires a rare blend of hard chemical expertise, energy economics, and robust IT systems. While our flagship internal project focuses on rotating thin-film electrolysis, our consulting division helps external clients navigate technological transitions. We analyze complex industrial processes and design scalable, modernized workflows that improve both operational efficiency and bottom-line economics.
Founder
Victor Nikitin
Founder, CEO
Victor has several years of experience in hydrogen projects and the development of alkaline electrolyzers. He has worked both as a project leader and as a product developer, communicating with industrial customers, translating customer needs into technical requirements and coordinating multidisciplinary engineering teams.
He also has direct industrial experience in the conventional production of benzaldehyde from toluene and hydrogen production. This provides practical knowledge of the incumbent process, industrial operating requirements and the needs of potential chemical customers.
Core Team
A blend of physical engineering and digital infrastructure.
To support our multidisciplinary approach, the broader Servarray team brings deep, senior-level expertise across both industrial operations and enterprise software architecture.
IT Architecture & Economics
Decades of combined experience in complex backend software development, enterprise systems architecture, and process economics. This capability ensures that our proposed industrial workflows are backed by robust digital automation and viable economic models.