Subtitle: Turn high‑price, low‑quality gas supply into a reliable, low‑emission LNG solution for Purchasing Managers, Technical Directors, and Operations Leaders.
High‑price natural‑gas contracts are eroding margins for manufacturers and chemical plants. LNG offers a price‑stable, low‑emission alternative that can be stored on‑site and dispatched on demand.
Discover how our turnkey LNG project eliminates these pain points →
According to the MIT “Future of Natural Gas” study (2011), projects that ignore these factors see up to 12 % lower ROI over a 10‑year horizon.
Request a detailed quotation now →
| Parameter | Typical Value | Applicable Standard |
|---|---|---|
| Design Pressure (Cryogenic) | 15 bar (g) | ASME VIII Div.1 |
| Storage Temperature | −162 °C ± 2 °C | ISO 21009‑1 |
| Boil‑off Rate | ≤ 0.25 %/day | API 620 |
| Material | 9 % Ni‑steel (ASTM A553) | EN 10270‑2 |
| Capacity Range | 10 m³ – 500 m³ | Custom‑OEM |
| Control System | PLC‑based SCADA, IEC 61850 | IEC 61511 |
| Certifications | CE, FCC, GS, RoHS, VDE, SAA | Global |
Download the full spec sheet (PDF) →
what-is-liquid-natural-gas what-is-lng-and-how-is-it-transported what-gas-is-natural-gas lng-system
1. Offshore Power‑Generation Platform (North Sea) – 30 m³ cryogenic tank installed in 2023 reduced fuel cost by 22 % and cut CO₂e by 0.8 t/yr. Reference: IEA “Gas 2025” Q1‑2026 report, p. 12.
2. Steel Mill Auxiliary Boiler (U.S. Midwest) – 120 m³ LNG system delivered 5 MW thermal power, achieving 99.5 % availability during peak winter demand.
3. Chemical Plant Feedstock (South Korea) – Integrated LNG vapour‑recovery unit increased hydrogen yield by 4 % while lowering methane slip to <0.03 %.
Each project follows the Global Hydrogen Review 2025 recommendation that “blue hydrogen from natural‑gas‑based LNG must be paired with CCUS to reach net‑zero by 2030.”
See the full case‑study library →
A standard 100 m³ LNG cryogenic tank (incl. SCADA, insulation, and delivery) ranges from **USD 850 k to USD 1.1 M**, depending on optional vapour‑recovery and location‑specific logistics. Our engineering team provides a detailed BOM within 48 h.
Yes. We offer OEM/ODM designs that include **hydrogen‑compatible pressure relief devices** and **CCUS‑ready piping** per the Global Hydrogen Review 2025 guidelines.
Our vessels meet **ASME VIII Div.1**, **API 620**, **EN 10270‑2**, and **IEC 61511** functional safety standards, plus regional certifications (CE, FCC, GS, SAA).
From RFQ to contract signing: **5‑7 business days** (online portal). Engineering design: **2‑3 weeks**. Manufacturing & delivery: **4‑6 weeks** for standard models.
We coordinate **FCL container**, **RORO**, or **project cargo** via major ports (Rotterdam, Houston, Singapore). All shipments include **pre‑cleared customs documentation** to avoid the typical 20 % surcharge.
Yes. Our 24/7 O&M hotline, local service hubs (Europe, North America, Asia‑Pacific), and **5‑year warranty** ensure uninterrupted operation.
Limited‑time Offer: Free 30‑day trial of our remote‑monitoring SaaS (valued at USD 12 k) when you place an order before 30 June 2026.
Risk‑free: Money‑back guarantee if performance metrics are not met within the first 90 days.
Dr. Wei Cheng – Senior Project Engineer, Enric Gas Equipment Co., Ltd.
With **25 years** in cryogenic vessel design, Dr. Cheng has led over **120** LNG projects across Europe, North America, and the Middle East. He holds **ASME, CE, and ISO 9001** certifications and regularly publishes in the International Journal of Cryogenic Engineering.
Contact: wei.cheng@enricgroup.com
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