Revolutionizing Water Tank Inspections with CHASING M2 S: A Case Study from the UK

In April 2024, Franklin Hodge Industries in Hereford, UK, undertook a significant step forward in water tank inspections by utilizing the CHASING M2 S underwater drone. Known for producing high-quality water tanks for fire sprinklers, drinking water, and waste-effluent systems, Franklin Hodge faced the ongoing challenge of ensuring the safety and integrity of their tanks. This case study explores how the CHASING M2 S drone was deployed to address these challenges efficiently and effectively.

Challenges in Water Tank Inspection

1. Safety Risks:

• Confined Spaces: Traditional inspection methods often require human entry into tanks, posing risks such as poor ventilation, hazardous atmospheres, and limited mobility.
• Drowning and Slip Hazards: Even minimal water presence can create drowning risks, while wet surfaces increase the likelihood of slips and falls.
• Toxic Exposure: Inspectors risk exposure to harmful chemicals and biological agents in stagnant tank areas.

2. Operational Disruptions:

• Service Interruption: Inspections typically require tanks to be taken out of service, disrupting water supply, especially critical in essential services like hospitals.
• Resource Allocation: Thorough inspections demand significant resources, including time, manpower, and budget, posing logistical challenges.

3. Environmental Conditions:

• Darkness and Temperature Extremes: Tanks are usually dark and can be extremely hot or cold, affecting inspector comfort and safety.

The CHASING M2 S Solution

Franklin Hodge employed the CHASING M2 S underwater drone to overcome these challenges. Here’s how this innovative technology transformed their inspection process:

1. Enhanced Safety:

• The CHASING M2 S drone eliminates the need for human divers, reducing the risks associated with confined spaces, drowning, and toxic exposure.

2. Cost Efficiency:

• Rapid deployment and inspection capabilities of the CHASING M2 S minimize downtime and labor costs, streamlining the inspection process.

3. High-Quality Imagery:

• Equipped with a 4K/30fps anti-shake camera and 12-million-pixel static photos, the drone provides detailed visuals, supported by adjustable 4000 lumens LED lights for clear imagery in dark conditions.

4. Consistency and Accessibility:

• The drone’s 360-degree omnidirectional movement ensures thorough inspections, reaching areas inaccessible to humans, and maintaining consistent inspection standards.

5. Versatility and Real-Time Feedback:

• Beyond visual inspections, the CHASING M2 S can perform tasks like water quality sampling and crack measurement. Real-time data feedback allows immediate decision-making and integration with data analysis software for predictive maintenance.

Access the full case here.