Strong Multidisciplinary Engineering Base

Having a Strong Multidisciplinary Engineering Base means a solid and cross-functional engineering foundation, built on the deep integration of multiple disciplines working together from the earliest design stages.
This approach allows us to develop integrated solutions for fluid handling and treatment, where physical systems and digital capabilities are designed as a single, coherent system.

  • Civil engineering for infrastructure, foundations, structural integration, and hydraulic works
  • Mechanical and fluid engineering for reliable, efficient, and durable physical systems
  • Process engineering to optimize performance, treatment quality, and operational continuity

  • Electrical and automation engineering for control, regulation, and system integration
  • Digital and software engineering for monitoring, optimization, and remote management

Extensive Knowledge Base

Having an Extensive Knowledge Base means that we have access to a broad, structured, and continuously evolving body of knowledge supporting the design, execution, and optimization of fluid handling and treatment systems.
This knowledge base integrates technical, managerial, regulatory, and cultural capabilities.

  • Design-for-manufacturing of skids and packages optimizing layout, piping, structure, and instrumentation from early engineering phases
  • Integrated engineering and procurement aligning design choices with material availability, suppliers, and lead times
  • Modular and configurable manufacturing enabling customization through standardized building blocks

  • Digitalized production and traceability ensuring visibility of components, materials, and manufacturing status
  • Integrated testing and pre-commissioning including FAT and functional testing before site installation
  • Advanced quality control and documentation ensuring compliance with specifications and project requirements

Control and Power

Control and Power is an in-house engineered and delivered approach to electrical power systems and industrial automation, ensuring full control over design quality, integration, and execution.
Unlike many of our competitors, Enermove’s power and control solutions are designed, developed, and implemented internally, enabling seamless alignment with process engineering, manufacturing, and site activities.

  • In-house electrical power engineering covering power distribution, motor control, protection systems, and electrical safety
  • In-house automation and control system design including PLC, DCS, and SCADA architectures developed by our internal teams
  • Integrated instrumentation and field engineering ensuring accurate measurement, control, and reliable communication between field devices and control systems

  • Functional safety and system reliability addressing redundancy, fail-safe strategies, and compliance with applicable safety standards
  • Seamless integration with process and digital layers enabled by close collaboration between electrical, automation, and process engineers
  • In-house testing, commissioning, and tuning
including FAT, SAT, and on-site commissioning executed by our own specialists

Stay on Site Services

Stay on Site Services means that we offer a structured and long-term on-site support model that accompanies industrial plants throughout their entire lifecycle.
This approach ensures continuity between engineering intent, system operation, and long-term performance, while fostering close and trusted relationships with on-site organizations.

  • Continuous on-site presence with dedicated technical resources integrated with plant teams.
  • Installation, commissioning, and start-up support which ensures correct implementation and a smooth transition to the operational phase.
  • Operational support and troubleshooting solutions addressing deviations, issues, and process instabilities.

  • Performance optimization over time adapting systems to evolving operating conditions and requirements.
  • Training and knowledge transfer supporting operators and maintenance teams through structured, hands-on training.
  • Lifecycle feedback to engineering and manufacturing enabling continuous improvement, upgrades, and long-term system evolution.

Our value proposition allows our customers to:

Rely on a single partner across engineering, manufacturing, automation, and site activities

Reduce complexity, interfaces, and project risks

Ensure high quality, reliability, and long-term performance of their systems

Accelerate project execution while maintaining flexibility and customization

Benefit from continuous support and improvement throughout the entire asset lifecycle