3pcs 30M3 1.6Mpa Cryogenic Liquid Storage Tanks And 1pcs 30M3 Liquid CO2 Storage Tank Were Used in The Cambodia Filling Station System Project

cncd tank company successfully delivered the tank system and professional installation service of Cambodia’s large-scale cryogenic liquid filling station.

Three 30m³ 1.6MPa cryogenic liquid storage tanks and one 30m³ liquid CO2 storage tank helped Cambodia upgrade its industrial gas supply

Recently, three 30 cubic meters, 1.6 megapascal (Mpa) cryogenic liquid storage tanks and one 30 cubic meter liquid carbon dioxide (CO2) storage tank designed, manufactured and responsible for the installation of core equipment by cncd tank company have been successfully installed and debugged at the site of a large industrial gas filling station project in Cambodia and officially put into operation. The successful delivery of this project marks a new level of our company’s technology output and professional service capabilities in the Southeast Asian market.

The core equipment delivered this time includes:

Three 30-cubic-meter cryogenic liquid storage tanks: With a working pressure of up to 1.6 MPa, they use advanced cryogenic insulation technology (such as vacuum powder insulation or high vacuum multi-layer winding insulation) to ensure long-term safe, stable and low-evaporation storage of storage media (such as liquid oxygen, liquid nitrogen, liquid argon, etc.) at ultra-low temperatures (below -196°C). The high-pressure design meets the needs of high-efficiency filling at filling stations.

One 30-cubic-meter liquid carbon dioxide storage tank: Designed for the storage and supply of food-grade or industrial-grade liquid CO2, it also has excellent cold-keeping performance and safety, meeting the storage and distribution requirements of CO2 products at filling stations.

These tanks are designed and manufactured in strict accordance with international standards (such as ASME) and project-specific requirements, reflecting cncd tank’s deep technical accumulation and reliable product quality in the field of cryogenic pressure vessels