CRYOGENIC CYLINDER FILLING SYSTEM

LIQUID O2 /N2 CYILINDER FILLING SYSTEM COMPONENTS:

Products description: Vacuum Cryogenic Tank

Cryogenic liquid tank is made by double layer with vacuum inter space. It is used to store cryogenic liquid oxygen, nitrogen, argon, LCO2, natural gas LNG, etc. It can be divided to stationary cryogenic vacuum powder insulation tank, cryogenic ISO tank container(portable tank), stationary large flat bottom powder insulation tank, road tanker.
The basic specification and models are as follows:

Model	Effective  Volume (M3)	Max Work Pressure (MPa)	Empty Weight   (kg)	Dimensions  (φ×L,mm)	Heat insulation
CFL-5/0.2	5	0.2	3623	φ1916×5260	Vacuum +perlite powder
CFL-5/0.8		0.8	3825
CFL-5/1.6		1.6	5118
CFL-10/0.2	10	0.2	5790	φ2316×5970	Vacuum +perlite powder
CFL-10/0.8		0.8	6235
CFL-10/1.6		1.6	10710
CFL-15/0.2	15	0.2	7805	φ2516×6875	Vacuum +perlite powder
CFL-15/0.8		0.8	8033
CFL-15/1.6		1.6	8531
CFL-20/0.2	20	0.2	9175	φ2516×8630	Vacuum +perlite powder
CFL-20/0.8		0.8	9950
CFL-20/1.6		1.6	12030
CFL-30/0.2	30	0.2	13527	φ2720×10230	Vacuum +perlite powder
CFL-30/0.8		0.8	15100
CFL-30/1.6		1.6	18100
CFL-50/0.2	50	0.2	18650	φ3020×12670	Vacuum +perlite powder
CFL-50/0.8		0.8	21565
CFL-50/1.6		1.6	26740
CFL-100/0.2	100	0.2	36570	φ3524×17040	Vacuum +perlite powder
CFL-100/0.8		0.8	44595
CFL-100/1.6		1.6	53550
CFL-150/0.2	150	0.2	60878	φ3928×20210	Vacuum +perlite powder
CFL-150/0.8		0.8	72365
CFL-150/1.6		1.6	88663

     Note：     (1) Optional for vertical and horizontal.

                    (2) Storage medium can be liquid oxygen, nitrogen, argon, CO2, LNG, etc.

              VERTICAL LIQUID TANK                                 
              HORIZONTAL LIQUID TANK
              ISO TANK

Products description: Turbine Expander   

Turbine expander is used to produce coldness and decrease gas temperature by decreasing pressure and expansion. It is the main refrigeration machinery for cryogenic industry. It has air bearing and oil bearing types.
The basic technical specifications and available models are as follows:

Model	Flow	Inlet Pressure	Discharge Pressure	Inlet Temp	Efficiency	ASU	Note	Bearing
	Nm3/h	MPa,G	MPa,G	K	%
PLPK-6/6-0.42	360	0.6	0.042	130	76	180m3/h ASU		air
PLPK-8.33/18.6-4.9	500	1.86	0.49	173	76	150m3/h ASU
PLPK-7.1/3.6-0.3	425	0.36	0.03	118.3	77
PLPK-10/8-0.47	600	0.8	0.047	150	76	350~750m3/h ASU	with booster
PLPK-18.33/7.7-0.38	1100	0.77	0.038	147	78	1000m3/h	with booster
PLPK-25/6.25-0.45	1500	0.625	0.045	153	78	1500m3/h ASU	with booster
PLPK-30/5.5-0.4	1800	0.55	0.04	150	80	1600 m3/h ASU	with IGV
PLPK-40/13.7-0.2	2400	13.7	0.02	150	78	Nitrogen generator	with booster
PLPK-46.17/13.4-0.19	2770	13.4	0.019	148	78	Nitrogen generator	with booster
PLPK-43.3/4.6-0.4	2600	0.46	0.04	110	81	Nitrogen generator	with IGV
PLPK-80/9.5-5.2	4800	0.95	0.52	112	81	Nitrogen generator	with IGV
PLPK-83.67/3.2-0.3	5020	0.32	0.03	116	81	Nitrogen generator
Large scale as per design	1000~60000	0.2～10		normal~100K	expansion≤89, booster≤82	ASU,natural gas,etc.		oil

   
 

Products description: Cryogenic Liquid Pump

Cryogenic Liquid Pump is used to increase the pressure of liquid oxygen O2 nitrogen N2 carbon dia oxide CO2 natural gas LNG etc. for cylinder filling or process requirements.

The technical specifications and models are as follows:

• Size:max ~4500*2300*2500mm

• Model: WPO/ONL