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Process Engineering

From the initial process analysis through the design of equipment and systems to media planning, installation, and commissioning: Our process engineers provide comprehensive support throughout all phases of process development. In this way, we lay the foundation for reliable, scalable, and digitally transformable production processes - today and in the future.

Core Competencies

Process Design and Process Simulation

  • Process Analysis and Modeling
  • Design of Equipment, Units, and Piping
  • Thermodynamics, Fluid Mechanics, Mass and Heat Transfer
  • Energy and Efficiency Considerations

Materials, Substances, and Media Planning

  • Planning of Material and Media Flows
  • Selection of Suitable Materials
  • CAD/CAE Design
  • 3D Modeling / Laser Scanning / Point Cloud / BIM
  • Piping Isometrics

Greenfield and Brownfield Projects

  • Plant Modernization and Capacity Expansion
  • Migration of Legacy Systems
  • Integration of New Process Steps
  • Scaling Projects (Laboratory → Pilot → Production)
  • Basic and Detailed Engineering
Commissioning and Operational Services
  • Assistance with Assembly and Installation
  • Troubleshooting and Process Optimization
  • Engineering Support Tailored to Operators’ Needs
  • System Documentation (Layout Plans, etc.)

What Sets Our Process Engineering Apart

  • Comprehensive Engineering

    We combine process design, energy efficiency, safety, and automation into a comprehensive concept.

  • Experienced Experts

    Our process engineers have extensive experience in the chemical, pharmaceutical, food, oil & gas, energy, and other industries.

  • State-of-the-art tools

    Simulation, CAD/CAE, digital twins

  • Seamless collaboration across all disciplines

    Process engineering forms the foundation for electrical, instrumentation, automation, and safety.

Process Engineering as the Foundation of Production

In process engineering, we lay the technical foundation upon which all other plant systems are built. To this end, we define process flows, media streams, and operational requirements in such a way that electrical engineering, instrumentation, and automation can be specifically built upon them. This holistic understanding of the process enables stable, energy-efficient, and safe production processes that can be reliably digitized and further optimized over the long term.

From Concept to Commissioning

  • Concept Phase

    • Process Analysis
    • Feasibility Studies
    • Material and Energy Balances
    • Comparative Analysis of Alternatives
  • Basic Engineering

    • Equipment and Unit Design
    • PFDs & P&IDs
    • Media and Material Concepts
    • Safety Considerations
  • Detail Engineering

    • Piping Design / Isometric Drawings
    • Specifications & Bill of Materials
    • Integration Planning
    • 3D Layouts & Clash Detection
  • Implementation and Commissioning

    • Installation Support
    • Commissioning and Handover
    • Operator Support

Data and Digitalization

Modern production processes generate valuable operational and plant data. Our process engineering ensures that this data is collected in a structured manner, linked in a meaningful way, and made usable for modeling, optimization, and automation. This creates a digital process model that provides transparency and enables sustainable improvements in plant performance.

Safety Engineering

Safety engineering is an integral part of process engineering and is involved in every step of a plant’s lifecycle - from the initial process analysis through to operation. Through systematic risk assessments such as PAAG, HAZOP, or LOPA, we ensure that processes can be operated reliably, in compliance with regulations, and safely. This results in a comprehensive safety concept that seamlessly integrates planning, implementation, and operation.

Why Work with Etteplan

Your Benefits at a Glance

  • Everything from a single source – from concept to commissioning
  • Industry experience that reduces risks – chemicals, pharmaceuticals, plant engineering
  • Shorter project timelines – fewer interfaces
  • Planning that works – tailored for installation, operation, and the future
  • Digital efficiency – structured data, audit-proof documentation

Frequently asked Questions - Process Engineering

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Arttu Kalliovalkama

Vice President, Service Solutions