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Chemicals Industry Use Cases for Indoor Drones: An Overview of Assets and Applications
Are you curious about how indoor drones are being applied in the chemical industry?
Indoor drones are increasingly being used to collect visual data remotely during internal inspections, offering a safer and more efficient way to monitor critical infrastructure.
In this article, we’ll explore the various use cases of indoor drones within the chemicals sector, including:
- **Key applications** of indoor drones in chemical plants
- **Real-world case studies** showcasing their impact
### Key Use Cases for Indoor Drones in the Chemicals Industry
Indoor drones are being deployed to inspect a wide range of assets, helping engineers and inspectors identify potential issues without requiring physical access. Here are some of the most common applications:
**Pipe Racks, Cables, and Conduits**
Drones fly through tight spaces between pipe racks, cables, and conduits to check for welding defects and detect leaks that could lead to safety hazards or production downtime.
**Fiberglass Storage Tanks**
These drones are used to inspect the walls and welds of fiberglass tanks that store corrosive materials like acids. Their ability to navigate confined spaces makes them ideal for such tasks.
**Suction Ducts**
Flying inside suction ducts from bottom to top, drones inspect for product buildup on walls and dust collector components, ensuring optimal airflow and preventing blockages.
**Storage Silos and Bins**
Drones assess the cleanliness of silos and bins, checking for material residue and evaluating the condition of internal gauging systems. This helps prevent contamination and ensures accurate inventory tracking.
**Fermenter Tanks**
In enzyme production facilities, drones inspect the blades and shafts of fermenter tanks to ensure they are clean and functioning properly, improving batch quality and consistency.
**Pressure Vessels and Storage Tanks**
Drones are used to inspect decommissioned or less-accessible pressure vessels and storage tanks, providing detailed visual reports without the need for scaffolding or manual entry.
**Heat Exchangers**
By flying into heat exchanger tubes, drones help detect clogging, which can reduce efficiency and lead to costly repairs if left unchecked.
**Learn more about the 7 key benefits indoor drones provide to professionals working in the chemicals industry.**
### Real-World Case Studies in the Chemicals Industry
If you're interested in seeing how indoor drones are making a difference, here are two compelling examples:
**Inspector 3.0 Helps Save Hours of Work Locating Defects in a Hydrogen Reformer**
An inspector used Flyability’s new software, Inspector 3.0, during a complex hydrogen reformer inspection. The tool allowed them to quickly return to areas of concern, saving time and improving accuracy. Read the full case study.
**Elios 2 Tested at French Fertilizer Plant, Provides Images So Clear Inspectors Feel Like They’re Standing There**
At a fertilizer plant owned by Yara, the Elios 2 drone was tested for its ability to capture high-resolution images in hard-to-reach areas. The clarity of the footage made it feel as though the inspector was physically present. Read the case study.
Whether you're looking to improve safety, reduce downtime, or enhance inspection accuracy, indoor drones are proving to be a valuable asset in the chemicals industry.