Pipeline-fed
Gas arrives from the Montney Formation via the 670 km Coastal GasLink pipeline, built and operated by TC Energy.
LNG Canada is a liquefied natural gas export terminal at Kitimat on the British Columbia coast, with two trains and an initial 14 million tonnes per year. LNG Canada is a joint venture of Shell (40 percent), Petronas (25), PetroChina (15), Mitsubishi (15) and KOGAS (5), with a total investment estimated at about 40 billion dollars approved on 1 October 2018. This page explains what to look for in an explosion proof mobile phone for LNG Canada, Kitimat, and where the IS-04Z1 stands against that list today.
Pre-launch · certification in progress · Launching Q4 2026
Short answer. The SAMS IS-04Z1 is the intrinsically safe smartphone covered here for LNG Canada, Kitimat: pre-launch, designed for Zone 1 and Zone 21 (marking target Ex ib IIC T4), with certification in progress and no certificate issued.
For the record, no certificate exists for the IS-04Z1 today. The programme is under way ahead of a Q4 2026 launch. Operator approval runs on its own timeline. Certification status. Place facts reviewed October 2026.
| Check | What to look for | IS-04Z1 today |
|---|---|---|
| Protection concept | Flameproof (Ex d) or intrinsic safety (Ex i) | Intrinsic safety, level ib |
| Zone suitability | Zone 1 gas and Zone 21 dust | Design target for Zone 1 and 21 |
| Certificate | Number, issuing body and schedule of conditions | In progress; not issued |
| Where it applies | LNG Canada, Kitimat: LNG liquefaction trains, LNG storage and loading, Gas receipt from pipeline | Classified by the site operator |

An intrinsically safe Android smartphone designed for Zone 1 and Zone 21 hazardous areas in Kitimat LNG. It is pre-launch: IECEx, ATEX and NEC 500 certification is in progress ahead of the Q4 2026 launch.
Who operates there and which kinds of classified area a handset would meet, from the SAMS site research.
Gas arrives from the Montney Formation via the 670 km Coastal GasLink pipeline, built and operated by TC Energy.
Further trains have been proposed as a possible second phase, so construction and commissioning activity may continue.
The terminal was designed with two liquefaction trains totalling 14 million tonnes per year, with the option of two more trains to raise capacity to 26 million tonnes per year.
Engineering and construction supervision was awarded to a joint venture of JGC Corporation of Japan and Fluor Corporation, called JGC Fluor, which shaped the contractor structure on site.
LNG carriers sail up and down the Douglas Channel to the port of Kitimat to load, mainly for Asian markets, using a new carrier terminal connected to the liquefaction and storage plant.
The plant produced its first LNG and shipped its first cargo in June 2025, the second train started in November 2025 and by 23 February 2026 it had shipped 50 cargoes.
“Explosion proof” is the phrase most buyers use for equipment that may be taken into a classified hazardous area. Strictly, it covers several protection concepts: a flameproof enclosure (Ex d) contains an internal explosion, while intrinsic safety (Ex i) limits electrical energy so that an ignition cannot start. Phones are normally intrinsically safe, because a flameproof handset would be too heavy to carry all shift.
The IS-04Z1 uses intrinsic safety, with a marking target of Ex ib IIC T4, and is designed for Zone 1 and Zone 21. It is pre-launch, certification is in progress and no certificate has been issued.
In LNG Canada, Kitimat. At an LNG terminal, explosion-proof can refer to fixed flameproof Ex d equipment on pumps and compressors. A handheld phone uses intrinsic safety instead. Liquefaction trains, LNG storage, gas receipt and the marine loading jetty are different areas, and each should have its own classification record.
A short checklist for anyone writing or reviewing the specification, with the IS-04Z1 status against each point.
No. Nothing can be bought or taken into a classified area today: certification is in progress and launch is planned for Q4 2026. What is available now is the datasheet, the written certification schedule and evaluation units for safe-area use.
There is no list price yet. SAMS gives indicative pre-launch pricing in writing, against a stated quantity and site, and does not commit to a lead time before certification completes.
It is intrinsically safe (marking target Ex ib IIC T4), which is the usual way to make a phone for hazardous areas. It is not a flameproof (Ex d) design, and certification is still in progress.
Likely candidates are lng liquefaction trains, lng storage and loading, gas receipt from pipeline, marine loading jetty. Which areas are classified, and to what zone, is set by the site operator's own area classification drawings.
Not exactly. Explosion proof is a broad everyday term; intrinsic safety is one protection concept, which limits energy so ignition cannot occur. Flameproof (Ex d) is a different concept that contains an explosion. The IS-04Z1 is intrinsically safe by design.
Typically liquefaction trains, refrigerant (propane, ethylene or mixed refrigerant) storage, LNG tanks and loading, flare and gas treatment areas. Gas groups include methane (IIA) and possibly propane or ethylene. Confirm zone drawings with the plant operator.
LNG plants use cryogenic fluids, so cold surfaces, ice and moisture are concerns around process areas. Choose sealed devices and confirm operator guidance on temperature class and ingress protection.
Gas arrives from the Montney Formation through the 670 km Coastal GasLink pipeline, built and operated by TC Energy. A device used at gas receipt would be in a hydrocarbon gas area, so the operator's classification and gas group data should be reviewed. Ask the plant owner for the relevant records.
More on Kitimat LNG, and on other places in Canada.
Share the site details and quantity. You will get the datasheet and the certification schedule back by email; pricing is indicative only until launch.
Name the site and the operator and we will send what is available before launch.