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Strengthening our market position thanks to the “Own Business” grant from Diia.

Oblteplo participated in the state grant funding program eRobota “Own Business,” implemented in cooperation with the State Employment Service and Oschadbank.

With the help of a grant of 250,000 UAH, we strengthened our pump repair service center and purchased a bearing puller, a diagnostic device, and an induction furnace. 

The new equipment will allow us to provide high-quality maintenance in a shorter time and increase the reliability of infrastructure facilities. 

 During a meeting at the company’s service center, Sergii Kononenko, Director of the Odesa Regional Development Agency, introduced Oblteplo’s management to existing grant programs and investment projects in which the company can participate to scale up its activities.

Denys Drevnytskyi, Head of the Odesa Regional Office of Oschadbank, presented the available business lending programs, emphasizing the favorable conditions that can help entrepreneurs implement their projects.

We sincerely thank the Odesa Regional Employment Center and the Odesa branch of Oschadbank, who jointly implement the state program eRobota “Own Business,” as well as the Odesa Regional Development Agency for their support!

Categories News

An energy-efficient project whose results the client could already feel this heating season!

In 2023, an industrial enterprise approached us with the idea of redirecting excess heat from cogeneration units to meet urgent needs. To achieve this, we designed, built, and commissioned three main nodes. ☑️ Central heat extraction unit — equipped with heat exchangers, circulation pumps, water treatment, and control automation. Its purpose is to capture heat from the generators and redistribute it into the external heating network. ☑️ Організація зовнішньої теплотраси, де тепло з центрального вузла розподіляється по точках споживання. Загальна протяжність трубопроводів теплотраси близько 2 км. ☑️ Fourteen heat distribution substations — connecting generator heat with the plant’s existing heating systems (underfloor heating, ventilation units, and radiators). As part of the project, we also installed a new centralized heating system in the plant’s administrative building. Previously, heating relied on local devices — air conditioners, fan heaters, convectors, and electric radiators — which collectively consumed a large amount of electricity. As a result, employee comfort conditions improved significantly, and the persistent issue of humidity was eliminated.