Process Plant Automation
Enabling intelligent control, real-time monitoring, and seamless integration across industrial systems through advanced automation solutions
TechUrja’s Process Plant Automation services improve efficiency, precision, and control in complex industrial operations. By integrating PLCs, DCS, SCADA, and IoT-based systems, TechUrja enables real-time monitoring and coordinated automation. The result is higher productivity, reduced downtime, and safer, more scalable plant operations. Every solution is tailored to meet the unique technical and operational needs of each facility. Ongoing support ensures long-term performance and adaptability as systems evolve.
Key Specializations:
PLC, SCADA, and DCS system design and deployment
Custom HMI development and alarm/safety interlocks
Integration of real-time sensors and IoT devices
Remote access, monitoring, and data acquisition
Key Advantages:
Clients can significantly benefit from TechUrja’s Process Plant Automation services in several ways. These include:
Enhanced Control and Efficiency
The design and deployment of PLC, SCADA, and DCS systems provide clients with centralized and precise control over their industrial processes, leading to improved operational efficiency and consistency.
Improved User Experience and Safety
Custom HMI (Human-Machine Interface) development allows for intuitive operation and monitoring, while integrated alarm/safety interlocks enhance plant safety by preventing critical failures and ensuring rapid response to anomalies.
Real-time Insights and Predictive Maintenance
The integration of real-time sensors and IoT devices enables continuous data collection, providing clients with immediate insights into their plant’s performance. This data can be used for predictive maintenance, reducing downtime and optimizing asset utilization.
Flexibility and Accessibility
Remote access, monitoring, and data acquisition capabilities empower clients to oversee and manage their operations from anywhere, at any time. This flexibility can lead to quicker problem resolution, reduced travel costs, and more agile decision-making.
Case Studies
* These blog posts will have to be replaced by case studies for this service.
Development of Metal Hydride-Based Hydrogen Storage Systems
This R&D initiative focuses on advancing safe, compact, and energy-efficient hydrogen storage technologies. By leveraging metal hydrides as a solid-state storage solution, the project addresses challenges...
Advanced PFAS Remediation Using Chemical and Physical Methods
This research develops innovative approaches to eliminate PFAS (“forever chemicals”) from water, soil, and air through integrated chemical breakdown and physical removal technologies, rather than merely...
Direct Conversion of Methane and Other Low-Concentration Gases
This R&D targets the efficient conversion of methane and other dilute gases—often flared or vented—into valuable fuels and chemicals, using low-energy, scalable processes. Solution: By transforming potent...
Atmospheric water generation for remote and off-grid use
Offering a more energy-efficient and compact solution than traditional methods, this research introduces a technology capable of extracting drinking water from ambient air, even in dry climates. Its core...