Application Areas of Our Engineering Solutions

We design and implement integrated solutions to create optimal indoor climate conditions. This includes heating systems (boilers, thermal networks), ventilation (supply, exhaust, smoke removal), and air conditioning (chillers, fan coil units, VRV/VRF, precision air conditioners).

Key aspects: thermal calculations, air exchange, aerodynamics, equipment selection based on capacity, energy efficiency, noise level, control automation, fire safety (fire dampers, smoke removal systems).

We develop and implement cold and hot water supply systems (including pumping stations, water treatment, pipelines), sewerage (domestic, stormwater, industrial), and fire water supply (hydrants, sprinkler systems).

Key aspects: water consumption and network hydraulics calculations, wastewater treatment design (local treatment facilities, UV disinfection), leak, corrosion, and freeze protection, strict compliance with SanPiN and SP 30.13330 standards.

We design and build gas supply systems (gas distribution points — GRP, pipelines, metering units, emergency shutdown systems) and heat supply systems (individual and central heat points — ITP/CTP, thermal networks, heat meters, heating system balancing).

Key aspects: hydraulic and thermal calculations, strict compliance with FNP “Gas Distribution Safety Rules,” and efficient thermal insulation design for pipelines.

We create modern automation systems based on SCADA and industrial control systems (PLCs, sensors, actuators), dispatch consoles, and HMI panels. Integration with other engineering systems (HVAC, power supply, etc.) allows centralized monitoring and control.

Key aspects: developing process control algorithms, communication channel redundancy, working with industrial protocols (Modbus, PROFIBUS, PROFINET, EtherNet/IP).

We develop and implement comprehensive technological solutions, including process design, operational schemes, specialized equipment, apparatus, and piping selection. We determine raw material, reagent, and energy consumption norms and implement production control and industrial safety measures (explosion protection, corrosion resistance).

Key aspects: detailed technological schemes, production stages (raw material preparation, synthesis, purification, packaging), optimization of operating modes (temperature, pressure, speed, cycles).