Project Logistics Insurance · Engineering Logistics
Engineering Logistics Insurance is not the name of a single insurance product. Rather, it is an umbrella term for a package of insurance arrangements configured around the full-chain movement of engineering materials from the point of origin to the construction site in overseas general contracting projects. It typically takes cargo insurance (marine cargo insurance, air cargo insurance, inland transit cargo insurance) as its core, supplemented by additional perils such as war risk, strikes risk, on-deck risk, and rejection risk, and dovetails with or complements the "transit clause" in Contractors' All Risks / Erection All Risks (CAR/EAR) policies. Its core function is to indemnify the insured, as agreed, when engineering materials (permanent equipment, construction machinery, temporary materials, etc.) suffer loss due to natural calamities or accidents during transportation, loading and unloading, transshipment, storage, and up to delivery at site.
The emergence of this insurance arrangement is closely tied to the large-scale "going global" wave of Chinese enterprises. Since the Belt and Road Initiative was proposed, the scale of China's overseas contracting has continued to expand, with projects spanning Southeast Asia, the Middle East, Africa, Latin America, and beyond. These projects generally share characteristics such as long transport chains, numerous transshipment nodes, high geopolitical risk, and immature local insurance markets. A single transformer may depart from an inland factory in China, travel by road to a port, cross multiple sea areas by vessel, then be discharged at the destination port, cleared through customs, and transported overland to an inland construction site—a loss at any one of these stages could cause schedule delays and enormous losses. As a result, engineering logistics insurance has gradually evolved from the traditional "cargo owner insures independently" model into a systematic risk management tool centrally arranged by the general contractor, covering the entire chain.
In terms of scope of application, engineering logistics insurance mainly applies to: transportation of permanent equipment and materials under EPC turnkey projects; import and export transportation of construction machinery and temporary materials; goods under trade terms such as DDP/DAP where the seller bears transport risk; and secondary transshipment and on-site storage within the project country. It should be noted that the specific scope of cover, deductibles, and limits of indemnity vary from policy to policy and should be verified clause by clause before placement.
The subject matter of engineering logistics insurance typically includes: permanent equipment (such as generator sets, steel structures, piping), construction machinery (such as cranes, tunnel boring machines), temporary materials (such as formwork, scaffolding), and certain consumable materials. The duration of cover generally adopts the Warehouse to Warehouse clause, running from the consignor's warehouse at the point of origin to the consignee's warehouse at destination. However, in overseas engineering practice, this chain often requires extension:
| Stage | Standard W/W | Common Extensions in Engineering Logistics |
|---|---|---|
| Inland transit | Covered | Covered, but note restrictions on number of transshipments |
| Port loading/unloading | Covered | Covered; on-deck cargo requires on-deck risk cover |
| Ocean/air freight | Covered | Covered; war risk requires separate placement |
| Customs clearance at destination port | Usually not covered | Can be extended to storage during customs clearance |
| On-site secondary transshipment | Usually not covered | Needs to interface with CAR/EAR |
| On-site storage | Usually not covered | Can be extended, but duration must be specified |
The combination of coverages in engineering logistics insurance is typically tailored according to the mode of transport, the nature of the cargo, and the project's risk profile. The following is a list of common combinations:
Key reminder: All Risks does not mean "all risks are covered." It remains subject to exclusions. War risk and strikes risk usually need to be insured separately, and the rates are directly correlated with the geopolitical risk of the route.
This is the area where overseas general contractors most easily run into problems. CAR/EAR policies typically include a "transit clause," but its scope of cover is often limited to transit within the site or short-haul transport from the port to the site, and does not cover the international ocean segment. Therefore, general contractors need to clarify:
| Risk Segment | Usual Allocation | Points to Note |
|---|---|---|
| International ocean/air freight | Cargo insurance | Does not overlap with the transit clause in CAR/EAR |
| Destination port to site | Cargo insurance or CAR/EAR | Interface point must be clarified to avoid gaps in cover |
| On-site handling | CAR/EAR | Cargo insurance usually does not cover this |
| On-site storage | CAR/EAR or cargo insurance extension | Duration and limits must be specified |
Common coverage gap scenarios in practice: Loss occurs after the cargo is discharged at the destination port and during customs clearance, when the warehouse-to-warehouse cover under the cargo policy has already terminated and the CAR/EAR cover has not yet commenced. It is recommended to expressly provide for "destination port customs clearance storage extension" or "pre-delivery at site extension" in the policy.
The limits of indemnity for engineering logistics insurance are typically set on a per-unit cargo value or per-shipment total value basis, while deductibles are calculated on a per-occurrence or per-unit basis. With respect to the loss adjustment mechanism, claims assessment for overseas engineering materials often faces issues such as insufficient local survey resources, difficulties in salvage disposal, and exchange rate fluctuations. It is recommended to agree at the time of placement on:
In certain high-risk regions (such as the Middle East, North Africa, and some Southeast Asian countries), the war and strikes risk rates under standard cargo insurance may be extremely high, or may even require separate arrangement. In addition, some host countries present import controls, foreign exchange controls, and nationalization risks, which are generally not covered by standard cargo insurance and need to be arranged separately through political risk insurance (such as overseas investment insurance provided by Sinosure).
| Comparison Dimension | Chinese National Standards / Practice | International Standards (e.g., Institute of London Underwriters Clauses) | Local Standards (Host Country) |
|---|---|---|---|
| Clause system | PICC clauses, FPA/WA/All Risks | ICC(A)/(B)/(C) | National insurance laws and local clauses |
| War risk | Requires separate placement | Requires separate placement | Some countries mandate local placement |
| Deductibles | Relatively flexible | Usually per unit / per occurrence | Varies widely by country |
| Loss survey | Domestic surveyors may be appointed | International surveyors predominate | Local surveyors predominate |
| Governing law | Chinese law | English law common | Local law |
| Reinsurance arrangement | PICC/Ping An, etc. | London market predominates | Local reinsurance |
Core difference: Chinese national standard clauses differ from international ICC clauses in wording and claims practice, particularly regarding the burden of proof under "All Risks" and the interpretation of "exclusions." For overseas projects, it is recommended to give priority to internationally accepted clauses, or to seek "clause compatibility" arrangements to the extent permitted by local law.
Scenario 1: Material Transportation for the China-Laos Railway Project
The China-Laos Railway is a flagship Belt and Road project. Public reports indicate that its construction involved extensive cross-border transportation of Chinese equipment and materials. Goods traveled from inland China by road to the Mohan border crossing, then overland through Laos to the construction site, involving a long transport chain and complex road conditions. Engineering logistics insurance for such projects must cover the inland transit segments in both China and Laos, and take into account special risks such as border crossing transshipment and road interruptions during the rainy season.
Scenario 2: Karot Hydropower Station in Pakistan
The Karot Hydropower Station is a key energy project under the China-Pakistan Economic Corridor. Public reports indicate that its equipment was mainly shipped from China by sea to Karachi Port, then transported overland to the project site. This route involves the Arabian Sea, where geopolitical risk is relatively high, and war risk and strikes risk must be arranged separately. At the same time, the overland segment from Karachi Port to the site presents prominent security risks, and the policy must expressly provide for transshipment and storage extensions.
Scenario 3: Jakarta-Bandung High-Speed Railway Project in Indonesia
The Jakarta-Bandung High-Speed Railway is the first time China's high-speed rail system, all elements, and the entire industrial chain have gone overseas. Public reports indicate that its material transportation involved sea freight to Jakarta Port and then overland transport to the Bandung site. As an archipelagic country, Indonesia presents common risk points such as port congestion and customs clearance efficiency. Engineering logistics insurance for such projects must focus on destination port customs clearance storage extensions and the interface prior to on-site delivery.
Q1: Are engineering logistics insurance and cargo insurance the same thing?
Not exactly. Cargo insurance is the core component of engineering logistics insurance, but engineering logistics insurance also involves the interface with CAR/EAR, the addition of war risk, on-site storage extensions, and other elements. It is a more systematic arrangement.
Q2: Does All Risks cover everything?
No. All Risks is still subject to exclusions, such as improper packing, inherent vice, delay, and war (unless separately insured). Exclusions should be verified clause by clause before placement.
Q3: If cargo is lost during customs clearance at the destination port, who pays?
This depends on whether the policy extends to customs clearance storage. The standard warehouse-to-warehouse clause usually terminates once the goods arrive at the destination port warehouse, and the customs clearance period may fall into a coverage gap. It is recommended to expressly extend cover.
Q4: Must war risk and strikes risk be insured separately?
Yes. Standard cargo insurance typically lists war and strikes as exclusions, and they must be separately added. The rates are directly correlated with route risk.
Q5: What if local law requires mandatory local placement?
Some countries require imported goods to be insured domestically. In such cases, arrangements can be made through local issuance with international reinsurance, or an exemption may be sought (for example, where the project loan agreement contains special provisions). For specifics, please consult the insurance regulations of the host country and the terms of the loan agreement.
1. Conduct a risk profile in advance: Map out the transport chain, transshipment nodes, and geopolitical risks at the bidding stage to form a risk checklist as the basis for insurance placement.
2. Clarify interface points: Expressly provide for "destination port customs clearance storage extension" and "pre-delivery at site extension" in both the cargo policy and the CAR/EAR policy to avoid coverage gaps.
3. Give priority to international clauses: To the extent permitted by the host country's law, give priority to ICC clauses or compatible clauses to reduce claims disputes.
4. Agree on a survey mechanism: Designate international inspection agencies in the policy and specify time limits for loss adjustment and salvage disposal methods.
5. Monitor war risk rates: For high-risk routes, obtain quotations in advance and, where necessary, diversify risk through reinsurance.
6. Align with loan agreements: Some project loan agreements impose mandatory insurance requirements. The insurance clauses in the loan agreement should be verified before placement.
7. Retain complete documentation: Transport documents, packing lists, survey reports, photographs and videos are key evidence for claims.
8. Conduct regular reviews: Periodically review the insurance arrangement during project execution and adjust the policy based on actual transportation conditions.
Final reminder: The arrangement of engineering logistics insurance involves multiple dimensions including insurance, law, trade, and project execution. It is recommended to bring in professional insurance brokers and lawyers at the early stage of the project to avoid "remedying after the fact." Specific terms and rates are subject to the insurer's formal quotation and policy. This article is for industry reference only.