NW-RG-004VRRenewables, Hydrogen & Nuclear
Small Modular Reactors: Licensing, Safety Cases & Siting
Understand SMR designs and the path from site selection to an operating licence.
BESS Thermal Runaway & Fire Protection (NFPA 855)
Prevent, detect and contain lithium-ion thermal runaway in utility-scale battery energy storage.
Overview
Who should attend
Power-system, process and safety engineers; project developers; regulators and utility planners in the energy transition.
What you will be able to do
- Explain the physics and failure modes behind the technology
- Apply the governing standards and grid or safety codes
- Assess project risk from design to commissioning
- Prepare documentation regulators and insurers accept
5-day programme
Day 1Cell chemistry and thermal-runaway propagation
Day 2UL 9540A testing and what results really mean
Day 3NFPA 855 siting, spacing and explosion control
Day 4Off-gas detection, suppression and ventilation
Day 5Firefighter tactics and post-incident recovery
10-day programme
Days 1–5 as in the 5-day programme, then:
Day 6Advanced methods and standards deep-dive
Day 7Hands-on lab or software simulation
Day 8Industry case clinic with your own data
Day 9Team capstone project
Day 10Capstone presentations, assessment and certification
VR practical lab · optional
Practise the hands-on skills in virtual reality
Add a VR lab to this course: each participant wears a standalone headset and repeats real field tasks in a full-scale virtual site, with step-by-step guidance, scoring and an instructor dashboard. No risk to people or equipment, and no need to shut down a plant.
Example VR scenarios
- Wind turbine climb and nacelle rescue
- Solar PV string fault-finding
- BESS thermal-runaway emergency response
- Hydrogen leak detection and isolation
- Electrolyser start-up procedure
- Radiation-controlled area entry
Schedule 2027–2030
| Date | Location | Format | Fee |
|---|---|---|---|
| 11–15 Jan 2027 | Seoul, South Korea | Classroom · 5 days | $5,000 |
| 5–9 Apr 2027 | Live online | Live online · 5 days | $2,500 |
| 27 Jun – 8 Jul 2027 | Muscat, Oman | Classroom · 10 days | $9,000 |
| 20–24 Sep 2027 | Istanbul, Türkiye | Classroom · 5 days | $5,000 |
| 13–17 Feb 2028 | Manama, Bahrain | Classroom · 5 days | $5,000 |
| 8–12 May 2028 | Live online | Live online · 5 days | $2,500 |
| 31 Jul – 11 Aug 2028 | Geneva, Switzerland | Classroom · 10 days | $9,000 |
| 23–27 Oct 2028 | Singapore, Singapore | Classroom · 5 days | $5,000 |
| 19–23 Mar 2029 | Rome, Italy | Classroom · 5 days | $5,000 |
| 11–15 Jun 2029 | Live online | Live online · 5 days | $2,500 |
| 3–14 Sep 2029 | Johannesburg, South Africa | Classroom · 10 days | $9,000 |
| 25–29 Nov 2029 | Jeddah, Saudi Arabia | Classroom · 5 days | $5,000 |
| 28 Jan – 1 Feb 2030 | Cape Town, South Africa | Classroom · 5 days | $5,000 |
| 22–26 Apr 2030 | Live online | Live online · 5 days | $2,500 |
| 15–26 Jul 2030 | Casablanca, Morocco | Classroom · 10 days | $9,000 |
| 7–11 Oct 2030 | Barcelona, Spain | Classroom · 5 days | $5,000 |
Register for this course
WhatsApp+971 56 209 8437
Emailinfo@nawadirtraining.com
Delivery29 cities worldwide · live online · in-house
Related courses
NW-RG-005VRRenewables, Hydrogen & Nuclear
Utility-Scale Solar PV Design & Yield Assessment
Utility-Scale Solar PV Design & Yield Assessment: an advanced, practice-led programme for energy-transition engineers, developers and regulators, built on current international standards, real case studies and hands-on workshops.
NW-RG-006VRRenewables, Hydrogen & Nuclear
Solar PV O&M, Degradation & Performance Recovery
Solar PV O&M, Degradation & Performance Recovery: an advanced, practice-led programme for energy-transition engineers, developers and regulators, built on current international standards, real case studies and hands-on workshops.
NW-RG-002VRRenewables, Hydrogen & Nuclear
Green Ammonia: Production, Storage & Bunkering Safety
Handle ammonia as a hydrogen carrier and marine fuel, from electrolysis to ship-to-ship transfer.
NW-RG-001VRRenewables, Hydrogen & Nuclear
Grid-Forming Inverters & Low-Inertia Power Systems
Keep grids stable when synchronous machines retire and inverters provide inertia, voltage and black start.
NW-RG-024VRRenewables, Hydrogen & Nuclear
E-Fuels & Power-to-X
E-Fuels & Power-to-X: an advanced, practice-led programme for energy-transition engineers, developers and regulators, built on current international standards, real case studies and hands-on workshops.