The LNG Horizontal storage tank is meticulously constructed with an inner container and an outer shell, both designed to ensure maximum durability and safety.

The tank also includes robust support structures, a sophisticated process piping system, and high-quality thermal insulation material

In horizontal tanks, the pipelines are integrated on one side of the head.

This design facilitates easy access for unloading and maintenance, making it convenient for operations requiring frequent monitoring and adjustments.

LNG Horizontal Cryogenic Storage Tank Specifications

Gross Capacity (Water)		MAWP		NRE % (Daily)	Insulation	Outside Diameter		Overall Length		Weight (Empty)
Gallons	m3	PSIG	barg	NRE % (Daily)		in	mm	in	mm	Kg	Lb
30,000	113.5	175	12.07	0.15-0.3	Perlite/Vacuum	150	3,800	600	15,225	20,547	45,300
60,000	227.12	175	12.07	0.15-0.3	Perlite/Vacuum	150	3,800	1,227	31,181	54,431	120,000
90,000	340.69	175	12.07	0.15-0.3	Perlite/Vacuum	150	3,800	1,790	45,501	134,200	295,860
120,000	454.25	175	12.07	0.15-0.3	Perlite/Vacuum	205	5220	1,247	31,699	128,300	282,853
200,000	757	175	12.07	0.15-0.3	Perlite/Vacuum	257	6524	1,238	31,469	193,250	426,043

Features

good durability and security.
compact structure, small footprint, centralized control.
excellent heat preservation, small evaporation loss.

Applications of LNG Storage Tanks in Key Industries

Power Generation: Ensuring a stable LNG supply for power plants
Industrial Manufacturing: Supporting steel, chemical, and glass production
Transportation: Fueling LNG-powered ships, trucks, and buses
City Gas Supply: Providing LNG storage for urban energy distribution

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