A fire in a dedicated dangerous goods block is a different animal from a single-commodity spill. In September 2026, a major container terminal serving Jakarta lost 51 tank containers and one general dangerous goods container when fire broke out in the yard's DG area. Residents reported a heavy explosion before thick black smoke climbed over the port, and responders treated the scene as a chemical incident. Long after the flames were knocked down, the official record still listed no cargo and no confirmed cause, with heat and self-heating cargo named as likely contributors.
That silence is the procurement problem. Chemical protective gloves and boots are normally selected against a safety data sheet, one product and one published breakthrough time. When dozens of tanks burn together, the wearer faces a mixture nobody has characterised. The defensible default is a broad-spectrum barrier, such as a multi-layer laminate or butyl glove, plus an explicit working assumption that foam, runoff and vapour are all contaminated mixtures.
Cooling Is the Longest and Closest Phase
Open flame was suppressed in roughly an hour and a half, but cooling and monitoring ran on for hours and the full operation stretched into the evening. This is when crews work closest to hot, deformed tanks that may still hold residual liquid or pressure.
For footwear that shifts the requirement. A firefighting boot standard proves heat and cut performance but says nothing about permeation. Recovery crews who move heated tanks or decant residue also need chemical resistance, a sole that grips on wet steel, foam and product film, antistatic construction where vapour may linger, and an impermeable overboot to keep runoff off the turnout boot.
For gloves, recovery is a combined mechanical and chemical task. Twisted frames, banding and fragmented packing cut and abrade while the residue inside them attacks the surface. A cut-resistant liner under a chemical barrier glove is far more reliable than asking one product to do both jobs.
Inspection Teams Meet the Unknown First
Yard fires are the visible end of a longer chain. Through September and October 2026, maritime and customs teams at several ports widened container-opening checks driven by documentation mismatches and risk indicators. In at least one case a box declared as ordinary cargo was confirmed, after sampling and laboratory testing, to hold lithium batteries travelling as an undeclared Class 9 dangerous good.
Opening a container is itself a protective-equipment task. Until the doors swing open, nobody knows whether the contents are off-gassing or self-heating. A thin examination glove that suits a clean workshop is not an inspection glove. Inspectors need chemical barrier, short-term heat tolerance and cut resistance in the same hand, backed by closed chemical-resistant footwear rather than porous safety shoes.
What to Write Into the Specification
Buyers who equip terminals, port fire services and inspection units can turn these lessons into tender language.
- Ask for a breakthrough matrix covering the classes actually stored in the yard, including flammables, corrosives, oxidisers and Class 9 goods, instead of one headline figure.
- Specify cuff length, gauntlet overlap with turnout sleeves and boot-shaft coverage so nothing gaps when a wearer bends, kneels or reaches.
- Cover the full size range, including smaller hands, because DG yards and inspection teams staff mixed crews.
- State storage and shelf-life conditions, since gloves kept in hot containers age faster than a datasheet assumes.
- Default to single use where the product is unknown, and allow reuse only for identified chemicals with a validated cleaning method.
- Train donning and doffing under time pressure, because most contamination transfer happens at removal rather than during the work.