01 / RECEIVE
Terminal interfaces
Receiving and unloading interfaces, site conditions and the connection to storage.
CIMC EnTech · Energy engineering
LNG infrastructure.
Engineered from
the start.
Planning a receiving terminal, a storage project or an expansion? Bring engineering into the conversation early, with CIMC EnTech.
1983Engineering heritage
PMC / EPCProject-based scope
LNGTerminals · storage · liquefaction
A project starts before procurement
Define the infrastructure.
Connect the delivery stages.
CIMC Enric Engineering Technology Co., Ltd. (CIMC EnTech), formerly YPDI, was established in 1983 and joined CIMC in 2011. Its published services span the engineering lifecycle below.
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01
Consultation
Discuss project needs, constraints and the engineering scope.
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02
Design
Develop the agreed technical design and coordinate interfaces.
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03
Procurement
Align equipment and materials with the project requirements.
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04
Construction management
Coordinate site delivery within the contracted responsibilities.
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05
Commissioning
Support the agreed commissioning and handover activities.
PMC/EPC arrangements and specific study or FEED deliverables are agreed for each project. Start with your current stage and the work package you need.
From receiving point to downstream users
Make the system interfaces visible.
Use these blocks to define an initial project conversation. The required facilities and contracting boundaries depend on your site and operating model.
02 / STORE
Cryogenic storage
LNG storage volume, tank arrangements and integration with the wider facility.
03 / SEND OUT
Gas supply interfaces
Regasification and send-out requirements, distribution connections and expansion constraints.
04 / SERVE
Downstream demand
Gas networks, industrial users and gas-to-power applications, with the utilities they need.
Across every block: utilities · controls · safety interfaces · existing facilities · local approval requirements
The detail behind an engineering interface
Equipment, piping and control belong in the same conversation.
Define pressure, flow, utilities and connection responsibilities alongside the wider terminal or gas supply scope.
Equipment image accompanying the Genser pipeline project reference in the EnTech brochure.Europe · Southeast Asia · South America
Different regions.
A project-specific starting point.
For EPC contractors, developers and asset owners: select the regional route closest to your project and tell us what you are planning.
Europe
Terminal expansion & send-out interfaces
For EPCs and owners defining a new terminal, an expansion or an onshore engineering package.
- Clarify storage, send-out and utility scope.
- Plan interfaces with existing assets and local design teams.
- Align the engineering package with the project approval route.
Southeast Asia
Receiving capacity to downstream supply
For projects connecting LNG receiving and storage with industrial or power-sector gas demand.
- Map the receiving point and downstream users.
- Compare distribution and gas-to-power interfaces.
- Define site, utilities and phased capacity needs.
South America
Coastal reception to inland users
For developers and EPCs connecting LNG infrastructure with gas distribution, industry or power.
- Define the terminal, storage and distribution boundaries.
- Connect the gas supply route to the actual demand profile.
- Coordinate logistics, site constraints and local approvals.
Share your project country and current stage to begin the discussion on technical standards, local collaboration and delivery scope.
Reference experience in China
Engineering scale,
with the work scope made clear.
Selected references from the CIMC EnTech English brochure. Each card identifies the reported package.
Huizhou · LNG storage
3 × 200,000 m³
Full-containment LNG tanks
Prestressed concrete full-containment storage tanks at the Huizhou LNG receiving station.
Brochure project period: 2021–2024. The reference shown here concerns the storage tanks.
Guangdong East · Terminal expansion
Send-out EPC
Outbound transmission capacity expansion
An LNG receiving station expansion package focused on outbound transmission capacity.
Brochure records completion in 2024. This package is distinct from the entire receiving station.
Lvsi Port · Terminal expansion
160,000 m³
Storage & supporting infrastructure
Terminal expansion EPC including a full-containment LNG tank, public utilities and supporting infrastructure.
Brochure records commissioning on 21 November 2018.A wider engineering portfolio, in pictures.
CIMC EnTech · brochure reference
Shenzhen LNG storage & peak shaving
80,000 m³ LNG storageTerminal EPC reference; brochure project period 2014–2017.
CIMC EnTech · brochure reference
Zhoushan LNG receiving & refuelling
2 × 160,000 m³ per phasePhases 1 and 2. Brochure records phase 1 commissioning in 2018 and phase 2 completion in 2021.
CIMC EnTech · brochure reference
Jiahua cryogenic tank farm
150,000 m³ + 150,000 m³Propane and ethane/ethylene storage EPC; Zhejiang, China. Brochure period 2020–2022.
CIMC EnTech · brochure reference
Ningxia LNG liquefaction plant
500,000 Nm³/dayLNG liquefaction plant EPC reference. Brochure records completion in 2024.
Work with the project team
Build the cooperation
around a defined engineering package.
Bring your project context.
Your country, site, project stage, capacity needs and target schedule help define the initial discussion. Existing drawings and technical requirements can follow through an agreed sharing process.
Send a project outline →Agree the scope and interfaces.
Discuss engineering, procurement, construction management and commissioning responsibilities alongside the owner and local EPC or design team. Applicable standards, permitting and local design acceptance form part of the project review.
Beyond the receiving terminal
Connect the gas route.
Coordinate the site work.
The Genser reference covers natural gas pipeline design, procurement and installation in Ghana. The brochure lists three project phases:
Phase I · 78.5 km
Phase II · 168 km
Phase III · 105 km
For a new project, define the terminal, pipeline and downstream interfaces together with the relevant project teams.
Discuss your engineering package →Questions before a project discussion
What an EPC team needs to know.
Can CIMC EnTech support an LNG project before equipment procurement?
Its published capability includes consultation and engineering design, alongside procurement, construction management and commissioning. Share your project stage and requested engineering scope so the appropriate team can review the next step. A specific feasibility or FEED deliverable package is agreed project by project.
How can an EPC contractor collaborate with CIMC EnTech?
Begin with a defined work package, technical requirements and an interface list. Engineering, procurement, construction management and commissioning responsibilities can then be discussed around the contract scope. Local permitting, design acceptance and site responsibilities must be coordinated with the project owner and qualified local parties.
Do project references include terminal expansion and send-out infrastructure?
Yes. The brochure lists the Guangdong East LNG receiving station outbound transmission capacity expansion EPC and the Lvsi Port LNG terminal expansion EPC. The referenced work packages differ; a reference to one package does not mean EnTech delivered the entire terminal.
What should we provide for an initial LNG infrastructure discussion?
Provide the project country and site, your role, current stage, intended LNG throughput, storage volume and send-out requirements where known. Include existing facilities, downstream demand, utility constraints and your target decision date. Confidential technical documents can follow after the sharing process is agreed.
Can we discuss projects in Europe, Southeast Asia or South America?
Yes. This page provides a project inquiry route for EPCs, developers and owners in all three regions. The applicable technical standards, local partners, approval process and delivery responsibilities are reviewed for each project; the regional inquiry route is not a claim of an existing local project reference.
Capability source: CIMC EnTech English brochure supplied for this page. Content reviewed 8 October 2026.
CIMC EnTech company website ↗ CIMC ENRIC Energy Systems capabilities →
CIMC EnTech company website ↗ CIMC ENRIC Energy Systems capabilities →