As part of its educational and scientific-outreach activities, the Faculty of Medicine held a practical seminar on October 1, 2026, titled "STI Preven
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29 сентября — Всемирный день сердца! В честь этой даты медицинский факультет совместно с психологической службой университета организовал информацион
To foster social and educational engagement, promote medical science, and spark student interest in medical research and knowledge, the "Med-Quiz" bli
29 сентября 2026 года со студентами групп 2 мед 26-1 и 2 мед 26-2 проведён куратором Шилкиной Ольгой Ивановной экологический час на тему «Экология нач
28 сентября 2026 г. состоялся творческий вечер «Мир книг: читаем, обсуждаем, открываем» среди студентов специальности «Фармация». Творческий вечер пр
25 сентября 2026 года со студентами групп ОМ 26-2к, ОМ 26-3 медицинского факультета состоялся круглый стол на тему «Конституция — основа стабильности
16 сентября для студентов медицинского факультета в рамках эдвайзерского часа было проведено мероприятие на тему «Закон и порядок — основа безопасного
The Faculty of History, Economics, and Law hosted a scholarly roundtable titled "Northern Kazakhstan within the Steppe Communication Network of the
The Faculty of History, Economics, and Law hosted a scholarly roundtable titled "Northern Kazakhstan within the Steppe Communication Network of the Go
Проведён семинар по академической политике вуза с участием студентов групп Мед 3-26. В ходе мероприятия обучающиеся ознакомились с основными положения
Development and creation of an experimental model of an environmentally friendly heat generating complex based on a polyfuel boiler using local fuels
Priority area: Energy and mechanical engineering
Project manager: N.P. Beletskaya, Ph.D., professor
Project executors: Murko V.I., PhD., Topchenko A.V., Temirbek A.M.
Terms of execution: 2018-2020.
Amount of financing: 240,000,000 tenge.
The purpose of the project: Development and creation of an energy efficient and environmentally friendly heat generating complex operating on industrial and agricultural waste.
Expected results: The results of the project will be put into practice through the creation of an experimental prototype of an energy efficient and environmentally friendly heat generating complex (HGC).
The proposed technologies for generating thermal energy are extremely efficient and beneficial for users. On the one hand, they are inexpensive due to the small amount of fuel burned and the fact that the fuel is industrial and agricultural waste. The environmental benefits are not only low air emissions, ash and slag, but also waste disposal. The proposed technologies will find wide application not only in the North Kazakhstan region, but also beyond its borders. The consumers of heat energy will be, first of all, the social sphere of rural areas - institutions of education, health care, culture, sports, etc.
Achievement of a breakthrough in the development and implementation of innovative heating systems that are produced in Petropavlovsk. This is also possible with the introduction of the proposed technologies, which are a big step forward in conserving fuel resources and restoring the reputation of coal.
Description of the project: The presented project is relevant, as it relates to the field of heat conservation and the conservation of fuel resources, to the cleaning of territories contaminated with industrial and agricultural waste. The products obtained during the implementation of the project will undoubtedly be in demand in terms of economic and environmental indicators. The project is focused on the development and creation of innovative heat and resource-saving technologies and equipment for the generation of heat energy based on the production and combustion of environmentally friendly fuels - local energy resources and waste.
Project objectives:
−create an experimental stand for the preparation of various types of fuels from local raw materials with experiments;
−to conduct experimental research on the preparation of fuel briquettes based on local coal, coal sludge and coolant;
−to develop technological regulations for the preparation of CWF and fuel briquettes;
−develop the designs of experimental samples of equipment for the preparation and combustion of CWF and fuel briquettes: bicameral vibrating mill and polyfuel boiler;
−Prepare experimental samples of equipment and mount an experimental experimental industrial TGC;
−develop a program and methodology for testing a prototype TGC;
−conduct commissioning and commissioning of a prototype TGC;−Test the technological modes of operation of the experimental industrial model of the TGC.