TM820V-400 Toray Seawater RO Membrane Elements

Product name:Toray TM820V-400 RO membrane
Model:TM820V-400
Salt rejection: 99.8%
Effective membrane area: 37m²
Test pressure: 15.5bar
Capacity: 9000GPD
Membrane type: T.F.C
PH range for continue working: 2-11
Brand Name: TORAY
Condition: New
Size: 201*201*1016mm
Weight: 14KG
Material: CARTON
After-sales Service Provided:Video technical support, Field installation, commissioning and training, Field maintenance and repair service, Free spare parts, Online support

Description

1. Brief introduction of TM820V-400 Toray Seawater RO Membrane Elements

TM820V-400 Toray Seawater RO Membrane Elements, State-of-the-art cross-linked fully aromatic polyamide composite membranes produce highquality permeate and robust membrane chemistry for improved performance and longer membrane life

2. Parameter and test condition of TM820V-400 Toray Seawater RO Membrane Elements


Model	Size (Diameter)		Active area		Permeate flow rate		Stabilized salt rejection	Data sheets
Model	mm	inch	ft²	m²	gpd	m³/d	%	Data sheets
TM710D	100	4	87	8	2600	9.8	99.8
TMG10D	100	4	87	8	2650	10.0	99.7
TML10D	100	4	73	7	1900	7.2	99.8
SUL-G10TS	100	4	/	7	1300	5.0	99.5
TMRO4040HS	100	4	85	7.9	1975	7.5	99.5
SUL-G20TS	200	8	/	34	7900	30	99.5
SUL-G20FTS	200	8	/	38	9500	36	99.5
TMRO8040HS	200	8	400	37	9000	34.1	99.5
TM720D-400	200	8	400	37	11000	41.6	99.8
TM720D-440	200	8	440	41	12100	45.8	99.8
TMG20D-400	200	8	400	37	12100	45.8	99.7
TMG20D-440	200	8	440	41	13300	50.3	99.7
TM820K-400	200	8	400	37	5800	21.9	99.86
TM820M-400	200	8	400	37	7000	26.5	99.8
TM820M-440	200	8	440	41	7700	29.2	99.8
TM820V-400	200	8	400	37	9000	34.1	99.8
TM820V-440	200	8	440	41	9900	37.5	99.8
TSW-440LE	200	8	440	41	13000	49.2	99.8
TML20D-400	200	8	400	37	10500	39.7	99.8

Test condiction:

Operating pressure	225 pci (1.55MPa)
Test fluid temperature	77°F (25°C)
Ppm NaCl	2000 mg/L(as NaCl)
Single membrane element water recovery rate	15%
Test fluid PH	7
The lowest desalination rate of single membrane	99.00%
The minimum penetrate water yield	2,000 gpd (7.6m³/d)