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Engineering System Design


– A Reliable Foundation for Successful Construction

Design is the fundamental stage of any construction or reconstruction project. A well-developed design ensures the seamless operation of all building systems, compliance with legal requirements, optimized costs, and reduced operational risks.

When selecting a contractor, it is essential for the client to verify the company’s high level of expertise, strict methodology, and impeccable project organization.

Our Experience

PromEnergo has been developing design and working documentation for chemical, pharmaceutical, and tobacco manufacturing facilities since 2012. We hold all the necessary licenses and approvals required for industrial design at chemical plants.

At each facility, our on-site representatives provide continuous supervision and operational management of design and construction works.

Our engineers prepare working documentation for leading companies, including:

  • PJSC Acron

  • PJSC Dorogobuzh

  • LLC Petro

  • BAT-SPb (British American Tobacco)

  • Knauf Petrobord JSC

  • Novartis LLC

  • Philip Morris Izhora JSC

Why Professional Design Is the Key to Success

Risk reduction and cost optimization

Accurate calculations during the design stage prevent costly errors in construction and operation. Industry research shows that design mistakes can increase construction costs by up to 30%.


Compliance with standards and deadlines

All design work is carried out in full compliance with applicable Russian regulations (State Standard (GOST), Sanitary-epidemiological rules and Sanitary norms), ensuring smooth expert reviews and adherence to project timelines.


Consideration of facility and industry specifics

Every project is unique. We take into account:

  • Climatic and sanitary conditions, as well as internal corporate standards
  • Specifics of production processes
  • Increased requirements for energy efficiency and safety

Choosing a Reliable Contractor

Signs of professionalism:

  • Transparent cost estimates
  • Clear project schedules
  • Author supervision throughout implementation

PromEnergo meets all these requirements. We use advanced automated tools for pipeline strength analysis and structural design, including AutoCAD and Revit.

* The graphic shows a 3D model of the water supply system of technological equipment. The project of LLC PromInergo © the material is protected by copyright, copying and distribution of the image is prohibited

“water supply system of technological equipment” LLC “PromInergo” ©

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      Our experience: more than years of quality, responsibility and innovation

      LLC Nissan Manufacturing RUS

      Design of the cooling system for the supplied air to the work sites of the paint shop. Working documentation (TX, EM, KM, AK)*

      охлаждения подаваемого воздуха
      Утилизация пара

      JSC “Acron”

      Working documentation of steam pipelines Steam utilization 3.5 ati carbamide workshop located on the territory (TC, KM, EM, AK, Automated control System) Ammonia 4. Isolation of steam turbine stop signals TK431*

      * – Attention! The presented photographic materials are not a demonstration of our completed works. Due to the terms of the concluded contracts, we do not have the right to publish real photos of these projects. The presented images are purely illustrative.

      Client Reviews

      Chief Engineer, PJSC Acron

      PromEnergo has consistently delivered high-quality design and construction work at our Veliky Novgorod facility. All projects meet our strict standards without delays. 

      Plant Director, Coca-Cola HBC Eurasia, St. Petersburg

      “Your company has performed HVAC and refrigeration maintenance for our plant with excellent quality and strict adherence to deadlines.”

      Strength Calculations for Pipelines

      PromEnergo provides professional strength analysis of steam, hot water, and process pipelines using the START software package.

      Why it matters:

      • Ensures operational safety
      • Guarantees compliance with Fire detection Standards, State Standard (GOST), Sanitary-epidemiological rules and other standards
      • Prevents failures caused by overloads and thermal deformation
      • Optimizes structures and materials, reducing costs

      Our capabilities:

      • Stress and strain calculations
      • Stability analysis under different operating modes
      • Compensation of thermal expansion
      • Preparation of reports for expert review and approval

      Media analyzed:

      • Steam (saturated and superheated)
      • Hot water (district heating and process lines)
      • Ammonia (refrigeration and industrial systems)
      • Gaseous media (compressed air, nitrogen, natural gas, vacuum)
      • Fuels (diesel, fuel oil, process pipelines)

      Advantages:

      • Compliance with PB 03-585-03, SP 284.1325800.2016, GOST 32388-2013
      • Analysis of all loads (water hammer, thermal expansion, vibration)
      • Optimization for both reliability and material efficiency
      • Complete documentation package for industrial safety review
      Расчёт трубопровода газообразного аммиака ПАО «Акрон». Проект ООО «ПромЭнерго» ©

      Structural Calculations with SCAD Office

      SCAD Office

      Our engineers also perform comprehensive structural calculations using SCAD Office, covering architectural and civil design tasks.

      Applications:

      • New construction: determining key geometric and stiffness parameters
      • Reconstruction and upgrades: evaluating load capacity and strength reserves of existing structures under new loads and conditions

      Do you need help with project work?

      You can use the feedback form.
      Request consultation

      Request consultation

        or
        Request a call

        Request a call

          Areas of Expertise

          • Design of energy facilities (boiler houses, compressor stations, power plants, fuel storage depots, substations)
          • Energy-saving solutions (efficient lighting, HVAC optimization, heat recovery, modernization of electrical equipment)
          • Automation of technological processes (control of building engineering systems)
          • HVAC systems Internal and external power supply networks
          • Water supply and sewerage systems
          • District heating networks
          • Communication and automation systems
          • Industrial pipelines (including for chemical enterprises)