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This content supports the daily inspection of gas equipment.
Facility information can be accessed by scanning its unique marker, and an alarm is triggered if the facility data falls outside reference values.
Pumps and tanks can be checked as part of daily routines, and inspection results can be recorded and transmitted directly within the content for efficient management.
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This RTO facility manual content enables workers to check key information — such as temperature, pressure, and humidity — ensuring that even inexperienced staff can work safely in environments involving high temperatures and gases.
In addition to monitoring, the content provides safety guidelines, facility information tracking, and inspection checklist functions, enhancing both safety and operational efficiency at the site.
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This training content is designed to improve the accuracy of disassembly, decomposition, and reassembly in gas facilities.
By recognizing QR targets at the inspection site, workers can identify the location and disassembly steps of the parts required for the inspection.
This ensures that decomposition and inspection tasks are performed more safely and precisely through clear, step-by-step guidance.
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The stirrer is a facility that produces output by mixing three liquid raw materials.
Through the stirrer control module content, users can monitor the water level, temperature, and motor operation of each tank in real time, with trends displayed in graphical form.
It also allows remote connection to stirrers located in other exhibition halls, enabling the operation of desired functions from a distance.
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Through the stirrer monitoring system, users can check facility data, POIs, and detailed trends, while monitoring temperature, water level, and flow via graphical displays.
The system allows simulation of different operation modes such as AUTO, Manual, and Emergency.
By visually representing the stirrer’s operating status and sensor data, the content enables users to intuitively understand complex IoT information.
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This XR manual provides accurate guidance for setting up equipment consisting of multiple valves and pressure gauges.
Instead of relying on traditional 2D drawing-based manuals, it uses a 3D stand model of the facility to clearly indicate the exact positions of the valves and gauges that need to be operated step by step.
In addition, the 3D model and animations guide the correct direction of valve operation, reducing errors and improving training effectiveness.
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The sulfuric acid ammonium strainer is a device that improves production efficiency and product quality by removing foreign substances from the ammonium sulfate manufacturing process.
This AR manual is created based on a 3D model, enhanced with color effects and animations, to provide workers with an intuitive and precise guide to performing the cleaning procedure.
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This emergency maintenance manual content is designed to guide workers in self-replacement of parts when needed.
It covers the disassembly and assembly procedures for three key components — valves, rollers, and heaters — along with guidance on the parts that must be checked prior to replacement.
Using 3D models and image examples, the replacement process is explained in detail, enabling safe and accurate facility maintenance operations.
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This AR manual provides training on how to operate TGA (Thermogravimetric Analyzer) equipment.
It visualizes specifications and models, equipment descriptions, operating principles, application fields, and methods of use, enabling users to intuitively understand and apply the knowledge in real experiments.
Check point
Checkpoint 1. Anticipated Accident Prevention Effects
XR visualization enables the identification of risk factors in advance, helping improve accident prevention.
Checkpoint 2. Efficient Facility Maintenance
With XR-based visualization, workers can easily understand and accurately perform chemical facility maintenance processes, leading to improved efficiency in facility management.
Checkpoint 3. Intuitive Training Provision
Complex chemical processes and facility operations can be learned in a virtual environment, reducing training time and enhancing practitioners’ skills.