The Institute of Housing and Communal Services offers consumers equipment for the technological process of lifting and delivering water from artesian wells under a manufacturing agreement and is looking for partners to conclude a distribution services agreement.

The proposed equipment is designed for the technological process of lifting and pumping water from artesian wells with a total mineralization (dry residue) of no more than 1500 mg/L, a pH of 6.5 to 9.5, a temperature of up to 35 ºC, and a solids content of no more than 0.01% (100 g/m3). The water pumping system contains no more than 350 mg/L of chlorides, no more than 500 mg/L of sulfates, and no more than 1.5 mg/L of hydrogen sulfide.
The highly efficient water supply system consists of: a high-efficiency borehole centrifugal pump; a permanent magnet synchronous motor; and a control and protection station with a frequency converter and telemetry.
The borehole centrifugal pump and the high-efficiency permanent magnet synchronous motor are structurally combined into an electric pump unit.

Application area (sector of the economy) – water supply systems in the following sectors: housing and utilities, energy, construction, industry, agriculture, and forestry.

The information is published in the Catalog "100 Best Developments of the National Academy of Sciences of Belarus for the National Economy in 2022–2023," 2024, pp. 108–110.(in Russian)

The use of stainless steel and other modern materials in the design of the electric pump unit extends the system's service life.
The equipment does not contain scarce or environmentally hazardous components; it is approximately half the price of foreign equivalents. Experience using synchronous drives instead of asynchronous drives in industrial conditions in the Republic of Belarus has shown that the specific power consumption of electric pump units with synchronous motors is lower than that of the best global equivalents ("Franklin Electric", Germany) with asynchronous motors by 9.51% or more, enabling a return on investment in advanced technologies in less than two years, despite the relatively high cost of synchronous drive systems (the cost of highly efficient synchronous systems is approximately 1.7–2.6 times higher than that of asynchronous systems). The equipment is characterized by a long service life, allowing for an increase in the operational life of water supply system equipment by approximately 1.5 times, while reducing water losses during the supply process by up to 5%.

The development has been put into serial production. The developer is "Promburvod Plant" OJSC.

The Institute of Housing and Communal Services completed the R&D projects "Research and Analysis of the Production and Economic Conditions of Operation and Implementation of Pumping Units with a Synchronous Drive for Lifting Water from Artesian Wells in the Republic of Belarus" (Customer: "Promburvod Plant" OJSC) and "Implement Scientific and Methodological Support for the Development of Energy-Efficient Pumping Units for Water Intakes in Drinking Water Systems" (Customer: "Promburvod Plant" OJSC).

The Institute of Housing and Communal Services is a leading scientific organization in the public utilities sector.

The Institute's main areas of activity:
- Systemic economic and resource analysis of the industry, cost monitoring, and environmental assessment by area of ​​activity;
- Substantiation, development, and implementation of energy-efficient, environmentally sound technologies and technical means for housing and public utilities;
- Conducting fundamental and applied scientific research, scientific and technical (technological) developments in scientific areas of housing and public utilities;
- Developing new methods, techniques, scientifically sound industry standards and recommendations;
- Training highly qualified scientific personnel.

The Institute's objectives:
- Economics of housing and public utilities (mechanisms for increasing the efficiency and competitiveness of industry enterprises in the digital economy to ensure the quality and affordability of public services, mechanisms for attracting extra-budgetary investment resources to promising housing sector projects);
- "Smart" technologies for operating housing and public utilities (a methodology for creating a unified information space for the public utilities sector, integrating modern management systems, the implementation, and use of information and communication technologies aimed at minimizing the loss of material and financial resources and ensuring comfortable living conditions);
- New methods and systems for managing public utilities (in energy and heat supply, taking into account the expanded use of electricity and renewable energy sources; water supply and sanitation, taking into account the structural, economic, and innovative modernization of the economy; and waste management, taking into account its advanced recycling and conversion into secondary material resources).

The Institute collaborates with the Ministry of Housing and Public Utilities to develop research topics in areas where there are significant potential for reducing costs and increasing the competitiveness of services. The Institute provides ongoing scientific and innovative support to the housing and utilities sector, developing scientifically sound recommendations for the industry, including innovative modernization of processes and technological equipment to reduce unit costs, and pilot projects to validate the most effective process flow diagrams and tools that will enable the development of scientifically sound recommendations for their implementation.

Official website of the Institute of Housing and Communal Services of the National Academy of Sciences of Belarus.

Consumers interested in purchasing equipment for the process of lifting and dispensing water from artesian wells under a manufacturing agreement.

Partners interested in purchasing equipment for the process of lifting and dispensing water from artesian wells under a distribution services agreement.