Industry is changing

Many technologies revolve around industry 4.0 and mechanical engineering. Most of them are digital, hence their significant impact.

This impact concerns:

  • the possibility of connecting everything to collect data, the notion of IoT (Internet of Things, but not only…)
  • the development of decentralized infrastructures (referring to “cloudification”)
  • data analysis such as machine learning
  • Several technologies now represent an evolution within the industry

These are the possibilities offered by electronic integration, cobotics, virtual and augmented reality, ​gamma-ray NDT​, etc. Ultimately, technological disruptions are unfolding.

The combination of artificial intelligence, vision systems, new cognitive interfaces and blockchain, some of which should revolutionize the industrial world and by the end, making the maintenance of industrial robots easier​ over time with impressive evolution of techno and ​mechanical engineering​.

Addressing the subject by focusing on 2 fundamental aspects:

  • The customer’s need or usage
  • The market segment approach associated with the customers’ process knowledge

Value creation through innovation

Usage-based solutions and services by combining process knowledge and the best technologies of the moment. Actemium can apply a mechanical engineering approach to the plant of the future in 5 aspects:

    • Equipment & Systems
    • Processes

     
    • Business Process Management (BPM)
    • Remote Expert
    • Digital Twin
    • Location-based Services
    • Health & Safety
    • Robotics & Cutting edge solutions
    • Additive Manufacturing
    • IT-OT Value Chain
    • Cybersecurity
    • Cloud Services
    • MOM (New style MES)
    • Energy Efficiency
    • Circular Industry
    • Decarbonizing Industry
    • Financing

To address the five main drivers of the industry of the future:

  • Quality, with a need to move up the range
  • Reliability, the key to efficient (and safe) production
  • Productivity, greater competitiveness
  • Flexibility, to be able to adapt to demand and produce at will, ​thanks to industrial automation.
  • Sustainability, which includes environmental aspects

Act for sustainability

Eco-Efficiency is a major concern in all Actemium projects. It’s the combination of Energy-efficiency, Circularity and Decarbonization; with the main indicator: the Carbon footprint. The development of this tool is a priority.

Three ways to improve the impact of industries in the world

  • Energy-Efficiency

    Today, a lot has been done with energy efficiency because of the Quick Scan. A one-day audit at the customer’s factory to identify possible gains in energy performance. With the growth of systemic audit and the internal network, Actemium positions itself as a major player in the world of eco-efficiency for industries.

  • Circularity

    As an integrator and maintenance leader, circularity is a very efficient path to improve carbon footprint.

    Implementation of solutions like Reuse, when it’s possible, is a very efficient way to reduce footprint while it permits to:

    • Replace or repair
    • Recycle or offer a second life to the product

    Actemium’s experts can also operate analysis on the life cycle and implement predictive functions. By mastering the full production process of a product, the implementation of fully automatized lines with eco-efficiency is a priority for Actemium.

  • Decarbonization

    For Actemium, the future is Decarbonization. There is a need to take initiative to explore new solutions and transfer them to operational businesses.

    Some examples in the industry field:

    • Hydrogen, Power to Gas to…
    • Batteries
    • Carbon Capture and Usage
    • Material Optimization
    • Decarbonization As A Service