Potential risks
As the use of Starlink satellites becomes more common in the energy industry, it is important to understand the potential risks associated with radio frequency (RF) interference during blasting and perforating operations.
Unlike TV satellite dishes, which only receive signals, Starlink dishes also transmit. They function similarly to two-way radios with a transmit power of about 4 watts.
The use of Starlink satellite dishes for communication during perforating operations is becoming more prevalent, and there are concerns about managing explosives and RF power emanating from these satellites. If not carefully managed, explosives can be set off with RF signals. RF hazard assessments are mandatory on worksites where explosives are used, but finding information on transmit power can be challenging.
Responsibilities of site owner or prime contractor
- Understand RF power hazards and implement measures to mitigate risks.
- Ensure proper documentation and agreements for hazard assessments.
- Provide detonator manufacturer's operating instructions.
- Train personnel involved in safe handling, storage and transport of explosives.
- Monitor RF power levels and implement shielding and grounding measures.
- Maintain compliance with regulations and keep records of safety training inspections, applicable permits, certificates and training.
- Ensure that all explosives’ operations are done under the authority of a Blaster in Charge with the appropriate provincial Blaster’s Permit or authority.
- Adhere to the designated Blast Area and all requirements within this area as defined by the Blaster in Charge
Responsibilities of Workers
- Attend training on safe handling of explosives and RF hazards.
- Follow all safety procedures and RF device restrictions and controls.
- Participate in emergency drills and exercises.
- Review detonator manufacturer's operating instructions.
- Review Industry Recommended Practices