Seawater RO Membrane Elements TM820V-440 Toray

Product name:Toray TM820V-440 RO membrane
Model:TM820V-440
Salt rejection: 99.8%
Effective membrane area: 41m²
Test pressure: 15.5bar
Capacity: 9900GPD
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 Seawater RO Membrane Elements TM820V-440 Toray

Seawater RO Membrane Elements TM820V-440 Toray, 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 Seawater RO Membrane Elements TM820V-440 Toray


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)