Process Pumps | Solutions and Products | Shin Nippon Machinery Co., Ltd

NSI
BTBF(BTBFD)
HTB (HTBD)
MTB
RTH
RTV
HDV
SD-S

CZ
SIW
HPRT

Radially Split Single-Stage Overhung Pumps (API Class OH2)

Featuring centerline support, the NSI is appropriate for many high-temperature applications.

Radially Split Multistage Double Casing Between Bearing Pumps (API Class BB5)

The BTBF is appropriate for many high-pressure, high-temperature, high-speed applications in a wide range of industrial processes. The BTBFD offers double-suction impeller at the first stage for low-NPSH applications.

Axially Split Multi-Stage Between Bearings Pump (API Class BB3)

The double volute casing of the HTB allows for easy removal and inspection of the rotor. The HTBD offers double-suction impellers at the first stage for low-NPSH applications.

Axially Split Multi-Stage Between Bearings Pumps (API Class BB3)

The precision-machined diffuser of the MTB allows for highly efficient operation even at low flow rates.

Axially Split Two-Stage Between Bearings Pump (API Class BB1)

The RTH is appropriate for many high-volume, low-pressure, medium-NPSH applications.

Radially Split Two-Stage Between Bearings Pump (API Class BB2)

The RTV is appropriate for many high-temperature, medium-pressure, low-volume applications.

Radially Split Single-Stage Between Bearings Pump (API Class BB2)

Featuring a closed double-suction impeller, the HDV is appropriate for many high-volume, high-temperature, low-NPSH applications.

Axially Split Single-Stage Between Bearings Pump (API Class BB1)

Featuring a closed double-suction impeller, the SD-S is appropriate for many high-volume, low-NPSH applications.

Vertically Suspended Double Casing Diffuser Pump (API Class VS1 or VS6)

The CZ is appropriate for many low-temperature, low-NPSH applications in a wide range of industrial processes. In addition, when the casing is removed, it may be used as a submerged pump.

Line-Shaft Vertical Sump Pump (API Class VS4)

With its impeller directly in the water, the SIW saves the time normally required for priming or air evacuation. The SIWN model is shaft seal–free.

Hydraulic Power Recovery Turbine

When transferring fluids from a high-pressure tank to a low-pressure tank, hydraulic power recovery turbines use the pressure differential to turn a rotor and effectively recover energy.

SPEC (Shell Pre-Engineered Equipment Catalog)

A major company in the oil and gas industry, Shell has established the Shell Pre-Engineered Equipment Catalog (SPEC), the only such catalog recognized in Asia (four catalogs in total are recognized around the world). Recognized SNM models include NSI (OH2), HDV (BB2), RTV (BB2), SD-S (BB1), and HTB (BB3).

Pump model selection guidelines

Model	API class	Max. vol. (m³/h)	Max. head (m)	Temp. range (℃)	Design features	No. of stages	Shaft support method
NSI(*)	CH2	1500	400	To 400	Radially split	1	Overhung
HDV(*)	BB2	3500	600	To 400	Radially split	1	Between bearings
SD-S(*)	BB1	8000	250	To 1500	Axially split	1
RTV(*)	BB2	500	750	To 400	Radially split	2
RTH	BB1	2000	650	To 200	Axially split	2
BTBF	BB5	1100	3500	To 400	Radially split, double casing	Multiple
HTB(*)	BB3	750	2200	To 200	Axially split, single casing
MTB	BB3	650	1500	To 200	Axially split, single casing
CZ	VS6	120	1500	-120 to 200	Double casing	Multiple	Vertically suspended
CZ	VS1	120	1500	-120 to 200	Double casing, vertically suspended	Multiple
CZ	VS1	400	150	To 250	Double casing, vertically suspended	1