INDUSTRIAL ENGINEERING OF UNIQUE EQUIPMENT
Technical Project of 5000m3 steel bolted tanks, stainless steel AISI304
Research and Development (RD) of transmission components, axles, planetary gears, and braking systems
Strength calculations of the water tank and supporting structures for seismic zone 8 (MSK-64)
DESIGN AND ENGINEERING OF HEAVY MECHANICAL EQUIPMENT
Project execution of transmission for for driving and steering axles, planetary gears, gearbox and braking systems
Design and mechanical engineering of transmission gearboxes for heavy construction and roadbuilding equipment
Design of structure frames, articulated joints, calculation of strength characteristics for heavy machinery
Design of equipment for mixing liquids with mechanical impurities power capacity of 18 kW
MECHANICAL STRENGTH CALCULATIONS
Strength calculation and implementation of full-scale tests of trusses, optimization of steel consumption and manufacturability
Modal Analysis of a steeel Structure. Strength Calculations under Seismic Impact
Strength calculations, determination of buckling modes. Conducting full-scale and field testing of steel structures.
DESIGN AND ENGINEERING OF STEEL STRUCTURES
Custom equipment for a bolted steel flotation tank. Tank capacity: 700m3, height: 11.2 m.
Sloping bolted bottom and a conical frame roof with thermal insulation designed for snow loads.
Development of methods for assembly, MOS, manufacturing, production planning, and construction works. Safety planning. Risk assessment
R&D MANAGEMENT OF STRUCTURES DESIGN AND DETAILING
R&D bolted steel tank with floating flexible roof. Tank volume 4600m3, height 6m. Full‑scale testing of floating roof samples.
The project includes design solutions, design documentation and master plans for the floating roof, equipment and liquid supply systems.
Assembly method engineering, Installation Manual, As‑built documentation, Project of Work Execution (PWR), Work execution plan (WEP), Construction organization plan (COP), Health, safety, and environmental (HSE)
Research and Development of customized equipment, design of a galvanized bolted tank, volume 2800 m3, height 9.8 m
The project includes process pipelines, a framed roof support with thermal insulation, calculations of roof structure trusses, feed pipes, and strength calculations of the tank.
Assembly method engineering, Installation Manual, As‑built documentation, Project of Work Execution (PWR), Work execution plan (WEP)
R&D of tank equipment, design of a glass-enamel bolted tank, volume 200 m3, height 6 m
The project includes process pipelines, a beam roof with thermal insulation, and tank strength calculations AWWA D103
Installation Manual, As‑built documentation, Project of Work Execution (PWR), Work execution plan (WEP)
R&D of a glass-enamel bolted tank for storing agricultural liquids, with a capacity of 9300 m3 and a height of 6 m.
R&D of a supported membrane roof cone roof, 18 m high, 46 m in diameter
Development of strength testing methods, a method for calculating the bearing capacity and the combined operation of the membrane and slings
Development of mixing equipment for liquid aggressive media, tank capacity 600 m3, height 16 m
The project includes stainless steel mixing devices and a stainless steel frame roof.
Strength calculations taking into account the combination of loads in the installtion region ISO 4355
Project of a potable water storage tank, tank capacity 1000 m3, height 8 m
The project includes thermal insulation, access systems, and a stainless steel frame roof.
Strength calculations the combination of loads in the installation region, seismicity up to 6 points (Zone 1A on AWWA D103).
Hot water storage tank design, 350m3 capacity, 7.5m height
The project includes thermal insulation, access systems, and a sheet steel framed roof.
Strength calculations the combination of loads in the installation region, seismicity up to 6 points (Zone 1A on AWWA D103).
Project of a welded process tank for hot liquid, a tank with a volume of 100 m3, a height of 5 m API650
Assembly method engineering, Installation Manual, As‑built documentation, Project of Work Execution (PWR), Work execution plan (WEP)
The project includes thermal insulation, access systems, and a welded sheet steel frame roof. Strength calculations were conducted taking into account the combination of loads in the construction region, and seismicity of up to 6 points.
Project of a bolted tank for drinking water, tank capacity 3000 m3, height 12 m
Assembly method engineering, Installation Manual, As‑built documentation, Project of Work Execution (PWR), Work execution plan (WEP), Construction organization plan (COP), Health, safety, and environmental (HSE)
Strength calculations the combination of loads in the installation region, seismicity up to 6 points (Zone 1A on AWWA D103).