High-Temperature PPE & Silica-Dust Safety

Course Overview

• 1.5-hr hands-on course with interactive safety drills.

• Guides you through selecting heat-rated suits, gloves and respirators.

• Teaches steam-flash emergency response and silica-dust exposure protection.

• Ideal for all rig-floor personnel, plant techs and HSE teams.

• Equips you to reduce burn and respiratory incidents dramatically.

• Developed alongside top geothermal safety officers.

• Always accessible and updated to reflect the latest PPE standards.

Course Details

• Format: Online, self-paced training module with interactive content

• Duration: Multi-step module with progressive tasks; estimated 1.5 hours total

• Levels:

  • Selecting heat-rated PPE (suits, gloves, respirators)

  • Steam-flash emergency response drills

  • Silica-dust protection & pre-shift safety checks

Pricing & Registration

Currently under development. Stay tuned for launch updates and early-bird offers.

Interested? Sign up below to receive updates on course availability and exclusive previews.

High-Temperature PPE & Silica-Dust Safety

Why this course?

• Unique focus on steam-flash and silica-dust hazards in geothermal operations

• Designed for all rig-floor, plant and HSE personnel

• Tackles burn injuries and respiratory risks from high-temp fluid and rock dust

• Builds practical skills: correct PPE selection, steam-flash response, respirator fit-testing & pre-shift checks

• Individual benefits: lower injury risk, stronger safety confidence

• Company benefits: up to 70 % fewer burn incidents, compliance with safety regulations

Contact & Customized Learning

Have questions or want to discuss corporate training opportunities?

We also offer customized learning solutions tailored to your company’s specific lithium drilling training needs.

Skills & Career Outcomes Grid

Course

Skill Gained

Career Outcome

Business Impact

High-Temperature PPE & Silica-Dust Safety

PPE selection & hazard-response drills

Safety-Certified Field Technician

↓ Burn incidents by 70 %