Scientific and Technical services

• Technical Committee 302 of the State Scientific Research Institute of Building Structures
• Prydniprovska Regional Center for Energy Research and Energy Efficiency Technologies in Construction and Municipal Services
• Practical activities in energy auditing and the design of energy-efficient buildings and projects to enhance building energy efficiency
• Professional training and certification of individuals aiming to engage in energy efficiency certification and inspection of engineering systems
• Master’s programs in both educational-scientific and educational-professional tracks
• Research projects on energy efficiency by specialists of SHEI PSACEA

• Energy efficiency demo zone – a hub of modern knowledge and a place for showcasing the latest materials, technologies, and equipment in energy efficiency.
• Public outreach on energy saving – providing extensive knowledge to the public about the importance and possibilities of energy conservation across various aspects of life.
• Platform for educational and awareness activities – a center where employers and potential employees can meet and communicate.
• Practical energy efficiency activities in construction – a fully equipped laboratory for energy audits and certification.

• Ja Solar Mono 385 W PERC 24/V Solar Panels
• Prime X 3D Printer
• EcoFactor EV Charging Station

• compact anemometer-hygrometer Testo 410-2;
• thermal anemometer with a telescopic probe Testo 425;
• thermohygrometer Testo 608 H1;
• CO₂ detector-signalizer, thermohygrometer-logger HT-2000;
• infrared pyrometer Testo 830-T1;
• thermal imager Testo 875-1i;
• clamp meter UNI-T UTM 1204A (UT204A);
• laser tape measure SW-T80;
• multifunctional device for measuring microclimate parameters Testo 435-4;
• quadcopter Parrot Anafi Thermal with thermal imaging capability.

According to Article 7 of the Law of Ukraine "On Energy Efficiency," energy efficiency certification is mandatory for: construction objects (new construction, reconstruction, major repairs) that belong to objects with medium (CC2) and significant (CC3) consequences based on their class of consequences (responsibility); buildings undergoing thermal modernization, for which state support is provided.During the issuance of an energy efficiency certificate, thermal imaging inspections are carried out by qualified specialists using state-of-the-art equipment.

• compact anemometer-hygrometer Testo 410-2;
• thermal anemometer with a telescopic probe Testo 425;
• thermohygrometer Testo 608 H1;
• CO₂ detector-signalizer, thermohygrometer-logger HT-2000;
• infrared pyrometer Testo 830-T1;
• thermal imager Testo 875-1i;
• clamp meter UNI-T UTM 1204A (UT204A);
• laser tape measure SW-T80;
• multifunctional device for measuring microclimate parameters Testo 435-4;
• quadcopter Parrot Anafi Thermal with thermal imaging capability.

• Documentary Study of the Inspected Enterprise
• Technical Study of the Inspected Enterprise
• Energy Inspection. Analysis of the Enterprise Power Systems State
• Analysis of the effectiveness of the Enterprise use of PER
• Development of measures to save energy and increase the energy efficiency of the Enterprise:
• Reporting Documentation based on work results.

• compact anemometer-hygrometer Testo 410-2;
• thermal anemometer with a telescopic probe Testo 425;
• thermohygrometer Testo 608 H1;
• CO₂ detector-signalizer, thermohygrometer-logger HT-2000;
• infrared pyrometer Testo 830-T1;
• thermal imager Testo 875-1i;
• clamp meter UNI-T UTM 1204A (UT204A);
• laser tape measure SW-T80;
• multifunctional device for measuring microclimate parameters Testo 435-4;
• quadcopter Parrot Anafi Thermal with thermal imaging capability.

• compact anemometer-hygrometer Testo 410-2;
• thermal anemometer with a telescopic probe Testo 425;
• thermohygrometer Testo 608 H1;
• CO₂ detector-signalizer, thermohygrometer-logger HT-2000;
• infrared pyrometer Testo 830-T1;
• thermal imager Testo 875-1i;
• clamp meter UNI-T UTM 1204A (UT204A);
• laser tape measure SW-T80;
• multifunctional device for measuring microclimate parameters Testo 435-4;
• quadcopter Parrot Anafi Thermal with thermal imaging capability.

• Ja Solar Mono 385 W PERC 24/V Solar Panels
• Prime X 3D Printer
• EcoFactor EV Charging Station

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• compact anemometer-hygrometer Testo 410-2;
• thermal anemometer with a telescopic probe Testo 425;
• Testo 608 H1 thermogigrometer;
• CO2 detector CO2 thermogigrometer HT-2000;
• infrared pyrometer Testo 830-T1;
• thermal imager testo 875-1i;
• current measuring clamps UNI-T UTM 1204A (UT204A);
• laser roulette SW-T80;
• multifunctional device for measuring microclimate parameters Testo 435-4;
• quadcopter Parrot Anafi Thermal with thermal imaging capability.

• Ja Solar Mono 385 W PERC 24/V Solar Panels
• Prime X 3D Printer
• EcoFactor EV Charging Station

• Scientific and Technical Support: Implementation of new technologies, materials, and calculation methods in construction.
• Development and Expertise of Project Construction Documentation.
• Preparation and Expertise of Estimates.
• Instrumental Inspection: Assessment of building structures and materials using advanced tools.
• Condition Assessment: Evaluation of buildings, structures, and equipment to determine their technical condition, compliance with building norms, and suitability for operation.
• Development of Technical and Inventory buildings Passports.
• Recommendations for Structural Reinforcement.
• Research Works and Geodetic Surveys: Investigations into subsidence and deformation of buildings and structures.
• Construction Technical Expertise: Including forensic analysis as mandated by court decisions.
• Financial and Economic Analysis: Evaluation of business activities, preparation of business plans, and loss assessment.
• Consulting Services: Guidance on privatization and real estate transactions, including land plots.Other Scientific and Technical Works.

Direction I:  Valuation of Physical Assets

• Valuation of Real Estate: Assessment of immovable property, including land plots and property rights associated with them.
• Valuation of Machinery and Equipment;
• Valuation of Road Vehicles;
• Valuation of Aircraft;
• Valuation of Watercraft;
• Valuation of Movable Assets: Evaluation of movable property not classified as machinery, equipment, vehicles, aircraft, watercraft, or items of cultural significance.Direction II Valuation of Integrated Property Complexes, Shares, Securities, Property Rights, and Intangible AssetsValuation of Integrated Property Complexes: Assessment of combined property assets, shares, securities, and intangible assets (excluding intellectual property rights).Valuation of Intellectual Property Rights: Expert evaluation of rights associated with intellectual property.More information can be found at the following link.

• Monitoring and Assessment: Continuous monitoring, inspection, and evaluation of the technical condition and operational resources of buildings and structures at nuclear (NPP) and thermal power plants (TPP).
• Material Testing: Conducting tests on construction materials and structures for static and dynamic loads, determining material properties using non-destructive methods.
• Scientific Support: Providing scientific assistance throughout all stages of the lifecycle of unique structures.
• Geological and Geodetic Surveys: Performing geological and geodetic investigations in challenging soil conditions.
• Reinforcement Projects: Developing projects for reinforcing hazardous structures and securing soil foundations.
• Construction Monitoring: High-precision geodetic observations of deformations in the building structures of NPPs and TPPs.
• Automated Monitoring Systems: Designing and implementing automated systems for real-time monitoring of deformation states in building structures using artificial intelligence software.
• Seismic Studies: Conducting seismic studies for the sites of nuclear power plants.
• Seismic Monitoring Systems: Designing, implementing, and operating seismic monitoring systems for NPP sites.
• Structural Calculations: Performing calculations for building structures and equipment at NPPs for static, dynamic, and seismic impacts.
• Drone Development: Developing, manufacturing, and implementing drones for surveying buildings and structures.
• Geotechnical Monitoring: Monitoring geotechnical conditions at NPP and TPP sites.
• Reinforcement Recommendations: Developing methods, recommendations, and projects for reinforcing building structures at NPPs and TPPs. 

Scientific and technical support for the construction of buildings in highly dense urban environments, including assessment of the technical condition of existing buildings and structures, permissible additional deformations, and construction-phase impacts depending on the condition of buildings, as well as geological and hydrological site conditions. Support for the construction of high-rise buildings includes determining geometric and structural deviations and evaluating impacts on individual structural elements and the building as a whole.

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

Analysis of geological conditions, selection of optimal foundation types, and the performance of structural calculations and studies to justify reliability during operation under various natural and man-made influences. Development of methods for strengthening building and structure foundations in cases of progressive deformation, increased loading due to vertical extension, changes in functional use, and other factors (experience covers work at the Zaporizhzhia and Chornobyl Nuclear Power Plants, metallurgical and pipe industry facilities, residential buildings, natural slopes, and areas affected by groundwater flooding).

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

Monitoring of building and structural components includes observation of settlements during construction activities, long-term monitoring of settlements during the initial years of building operation, assessment of material strength using non-destructive testing methods, and quality control of piles and structural elements during construction, as well as in cases of increased loads or extended service life. The department's specialists are experienced in providing scientific support (geomonitoring) under complex conditions and during experimental construction projects.

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

Comprehensive visual and instrumental inspections of buildings and structures classified under consequence classes CC1, CC2, and CC3, including architectural and historical monuments. Preparation of qualified reports and technical recommendations based on the inspections results. The department has extensive experience implementing such work across hundreds of sites throughout Ukraine.

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

Full instrumental diagnostics of buildings and their structural elements damaged by missile and drone attacks. Development of technical or design solutions for demolition, partial demolition, and restoration of buildings and structures.

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

Laboratory testing of materials and structural components. Laboratory tests of construction mortars, concrete, and soils are performed based on Certificate No. ПЧ 06-2/1118-2023 of 23.03.2023, valid until 23.03.2026, issued by the SE ‘Dnipropetrovsk Regional Scientific and Technical Center for Standardization, Metrology, and Certification’ (SE “DNIPROSTANDARDMETROLOGY”).

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

Analysis of geological, seismic, hydrogeological, and engineering investigation results. Forecasting changes and impacts on construction sites, natural and artificial slopes. Development of methods to enhance the stability of natural slopes and stabilization of artificial embankments and earth-structure facilities.

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

For more information, please contact: Comprehensive Research Department for Construction in Complex Engineering and Geological Conditions:

• tel. +380677963370;
• email [email protected] (Holovko Oleksii)

The Research Institute of Galvanochemistry was established to organizationally support the development of electrochemical science, create and implement competitive electroplating technologies, and provide corrosion protection. A measurement laboratory for quality control of technological environments and wastewater from galvanic and metalworking industries operates within the Research Institute of Galvanochemistry. Fundamental research in the field of electrochemistry is conducted at the Research Institute of Galvanochemistry, forming the scientific basis for the latest advanced high-performance technologies for applying various galvanic coatings with metals, alloys, and nanocomposites. These technologies can be used in enterprises of the aerospace, mechanical engineering, and chemical industries, as well as in the defense-industrial complex of Ukraine and other countries.

The Research Institute of Biotechnology, which includes the Research Laboratory of Biologically Active Substances (RL BAS), was established to coordinate and enhance the efficiency of research in processing plant raw materials to obtain pharmaceutical preparations, food and therapeutic-prophylactic additives, growth stimulants, and plant protection agents.

The Research Laboratory of Chemistry and Technology of Natural Polymers (RL CTNP) focuses on developing technologies for obtaining biologically active substances for the food, perfumery, and medical industries. It also works on developing waste-free technologies for processing plant and animal-origin waste.

The Problem Research Laboratory of Synthetic Products and Polymers (PRL SPP) operates in the field of catalytic synthesis of organic compounds and the development of composite materials with enhanced properties.

The Research Laboratory of Plasma-Chemical Processes (RL PCP) engages in surface treatment of various materials and products using plasma, develops methods for synthesizing and producing nano-dispersed oxide-metal materials using plasma, and works on processes for processing gold- and silver-containing mineral raw materials, as well as waste and pesticides.

The Research Laboratory of Chemistry and Technology of Powder Materials (RL CTPM) addresses current issues in the chemistry and technology of nano- and fine-crystalline powder materials. It develops scientific foundations and technologies for obtaining highly dispersed compounds for special ceramics of various purposes.

The Research Laboratory of Chemical Power Sources (RL CPS) conducts research, development, and optimization of chemical power sources (CPS) of various electrochemical systems, including those based on domestic raw materials, using non-destructive testing methods for input materials and final products. It synthesizes high-efficiency electrode materials and electrolytes, develops new technologies and design systems for next-generation CPS, whose specific characteristics surpass traditional ones several times over.

The Regional Research Laboratory of Energy Ecology ensures environmental monitoring of toxic substances in combustion products of organic fuels and develops fuel-saving equipment and technologies for air protection at industrial enterprises.

The Research Laboratory of Metrological Support for Environmental Monitoring conducts research in metrology, environmental control, and monitoring. It also undertakes design work related to inventory and development of maximum allowable discharge and emission standards for pollutants.

The Testing Laboratory of Petroleum Products (TLPP) (accredited by the National Accreditation Agency of Ukraine) performs conformity assessments and determines quality in accordance with the requirements of DSTU ISO/IEC 17025:2006 (ISO/IEC 17025:2006) in the field of testing gasoline, alternative gasoline, diesel biofuel, furnace fuel, fuel oil, oils, solvents, coolants, and used petroleum products upon request from suppliers and consumers of petroleum products.