Safety & Risk Engineering Services

Studies that decide. Designs that comply. Protection you can prove.

Owners of terminals, plants and energy infrastructure face three questions: What can go wrong? Is my protection adequate? Can I prove it — to regulators, insurers and my own board? SATU’s engineering team answers all three — combining oil and gas safety methodology with hands-on fire-protection engineering, to NFPA, IEC and Thai law.

Fire Safety Assessment & Firewater Adequacy

Oil refinery and storage tank plant under fire-safety assessment — Brownfield surveys start with what is actually installed, not what the original design file says.

Brownfield risk surveys of ageing plants and terminals — unsafe design, deteriorated protection, workplace hazards — with hydraulic firewater adequacy studies and a prioritised, costed upgrade roadmap.

Fire Protection Detailed Design

Fixed foam monitor installed on a Thai tank farm bund walkway — A designed and installed fixed foam monitor on a Thai tank farm.

Detailed engineering to NFPA and Thai law — foam systems, deluge and water spray, hydrant networks, fire pumps and clean-agent systems (IG-100, CO₂, FM-200) for control rooms, substations and data centres — delivering drawings, calculations, BOQ, specifications and government cost estimates (ราคากลาง) ready for construction tender.

Fire & Gas Detection Engineering

Marine jetty with moored cargo ships requiring fire and gas detection — Detection engineering delivered for marine terminal and sea-berth projects.

Fire and gas detection system design and integration — detector selection and layout, cause-and-effect matrices and alarm logic, panel integration, commissioning and acceptance testing — delivered turnkey with Consilium detection systems, as engineered for marine terminal projects.

Regulatory Compliance Packages

LPG storage spheres on concrete support legs at a gas depot — LPG tank cooling must be verified to the Ministry of Energy regulation B.E. 2567.

LPG tank-cooling verification to the Ministry of Energy regulation B.E. 2567 (at least 10.2 L/min/m², annual DOEB-witnessed testing), oil-terminal fire-safety compliance under the Fuel Oil Control Act, and annual test protocols with system performance verification. Our guide to the LPG tank-cooling rule sets out what the regulation requires and the deadline that has already passed.

PFAS-Free Foam Transition

SATU engineers commissioning a foam proportioner in Thailand — Compatibility and proportioning checks are where an AFFF to SFFF transition succeeds or fails.

Fleet-wide AFFF to SFFF transition studies — foam selection and scoring to EN 1568, UL 162 and LASTFIRE, compatibility and proportioning checks, transition planning and disposal coordination — as delivered for major Thai pipeline and terminal operators. See our IMO 2026 PFOS foam ban compliance route and the BIOEX and SOLBERG PFAS-free ranges.

Testing, Training & ITM

Technician performing maintenance on a foam proportioner — NFPA 25 inspection, testing and maintenance keeps a system provable year on year.

NFPA 25 inspection, testing and maintenance contracts, CO₂ cylinder and system hydrostatic testing, and annual performance tests — plus IMO OPRC Level 2–3 and port fire-team training delivered for government marine agencies.

Why SATU

One partner from study to system: assessment → design → equipment supply → installation → commissioning → testing → NFPA 25 inspection and maintenance. Thai-speaking engineers, international standards (NFPA · IEC · API), world-class technology partners (FireDos, Solberg/BIOEX, Viking, Consilium, Hydrauvision, REMBE) — and where you need a fully independent study, we offer study-only engagements with no supply interest.

Request a site survey

Tell us about your facility — we’ll propose the right first step, from a one-day walk-down to a full adequacy study. Contact SATU Innovative.

Image credit — LPG spheres: photo by Andrzej Otrębski, via Wikimedia Commons, licensed under CC BY-SA 4.0.