Use Cases
How our members use UAO technology and how this benefits business value.
—
If you’re interested in LAUNCHING A PROJECT with UAO TECHNOLOGY and would like some support, we would love to hear from you!
ExxonMobil
Challenge
Adopt an open platform to not be locked to a single vendor
Benefits
- Portability of applications using best-in-class software components from different suppliers
- Executing control applications and control logic consistent with Open automation standards
- Reduce engineering & commissioning time
- Boost innovation using proven-in-use software
- Continuous improvement enabled by swapping out existing components with improved ones using standard interfaces
Details
- Using UAO runtime execution engine in Open Process Automation (OPA) test bed since 2018
- Executing a field deployment to replace existing DCS/PLC’s with OPA based system
- Project scope includes 800 IO points, 90+ loops, UAO runtime + OPC UA
Gr3n
Challenge
Easily expand production using modular mechanical/electrical/control components. Stay the owned of the software intellectual property and gain in flexiblity with regards to the choice of supplier.
Benefits
- Modular engineering of plant automation according to process modularity
- Reduction of engineering costs during market scale-up
- Improvement of TCO for automation in their plants
- New IP protection routes for gr3n’s Reactive Units for depolymerization
- Additional optimization by means of advanced Data Analytics
- OT-IT integration translating into new value chain opportunities
Details
- Reactor unit controls designed as an intelligent vendor-independent automation object
- Object includes not only process automation & HMI, but IT services such as Track & Trace
- Gr3n’s proprietary process implemented in 6 functional sections (Unit – 100 to 600)
- 40 Vessels in 4 different materials
- 7 Heat exchangers
- 4 Diathermic oil electrical heaters
- Automatic Valves:
- 73 On-Off (pneumatic and electric)
- 6 Control Valves (pneumatic)
- 40 Motors (28 Variable Speed Drivers)
- 128 sensors (temperature, pressure, flow-rate, weight, level, etc.)
- 4 Fully integrated packed units
- About 500 I/Os
- 9 control cabinets
- Control Specifications designed according to ISA-88 standard
ASRock Industrial & Aimirim
Challenge
British American Tobacco faced operational inefficiencies in their manufacturing facilities, including frequent machine stoppages and inconsistent product quality.
Benefits
The implementation of ASRock’s iEP-6010E edge AI device and Aimirim’s Shaman software led to:
- Real-time process control
- Predictive maintenance
- Improved automation scalability
- Reduced machine stoppages
- Consistent product quality
Details
ASRock Industrial collaborated with Aimirim to deploy an AI-driven solution. The AI agents provided instant, intelligent recommendations to address production inefficiencies, ensuring smoother operations and higher efficiency.
E2COMATION
The E2COMATION project aims to optimize sustainability and energy efficiency in the manufacturing industry through a comprehensive framework. This framework integrates various subsystems to manage and analyze energy-related data from production environments. Key components include:
- Energy Monitoring (EMon): Collects and analyzes data from sensors.
- MQTT Protocol: Facilitates communication between devices.
- APAMA Stream Analytics: Analyzes data streams for performance forecasting.
- Digital Twin: Simulates and monitors production processes for optimization.
The project leverages advanced tools and methodologies to enhance energy performance and sustainability in manufacturing.
Funded by the European Union
MODUL4R
The MODUL4R project focuses on advancing manufacturing through robust and autonomous modular production lines and resilient supply chains. Key goals include:
- Resilience: Adapting to changes in customer demands and supply chain disruptions.
- Modular Technologies: Enhancing flexibility in manufacturing operations.
- Simulation and Interfaces: Integrating with the Industrial Metaverse.
- Human-Centered Technologies: Upskilling workers for new manufacturing environments
The project aims to support low-volume production and rapid adaptation to unexpected situations.
Funded by the European Union
METAWAVE
The METAWAVE project aims to revolutionize high-temperature industrial heating processes using microwave-based heating systems. Key objectives include:
- Efficiency: Improving energy efficiency and reducing consumption.
- Sustainability: Lowering greenhouse gas emissions.
- Productivity: Increasing productivity through innovative technologies.
- Integration: Utilizing renewable energy sources and advanced digital systems for process optimization
The project targets sectors like ceramics, asphalt, and aluminum, demonstrating the benefits of these technologies in real industrial settings.
Funded by the European Union
UAO Technology Integrators
In case of support needed to integrate the UAO tehnology, here is the list of UAO members who can support you.
In any case, you can always contact us.
Contact us
| Global | Accenture | |
| Actemium | ||
| AFRY | ||
| Aimirim | ||
| Barbara IoT S. L. | ||
| Platinum Electrical Engineering Limited | ||
| Schneider Electric | ||
| Wood | ||
| Yokogawa | ||
| Asia Pacific | China | AutoDriver |
| TenLink | ||
| Malaysia | TriSystems Engineering | |
| Korea, South | DhandyMecha | |
| ISAAC Engineering | ||
| Europe | France | Armony System |
| Fare Ingénierie | ||
| Master Systèmes | ||
| Ireland | NeoDyne | |
| Italy | J&W | |
| Netherlands | ICT Netherlands B.V. | |
| Switzerland | Onify | |
| Turkey | KPI Automation | |
| UK | AAC Limited | |
| Bilfinger | ||
| BPX Electromechanical Co Ltd | ||
| Ematics | ||
| INDEFF | ||
| North America | USA | Crescent Electric Supply Company |
| ENGlobal U.S. Inc | ||
| Enterprise Automation | ||
| Graybar Electric Company Inc | ||
| Mayer Electric Supply | ||
| Radical Inginuity Group | ||
| RoviSys | ||
| Summit Electric Supply | ||
| Upstate Automation | ||