FLOWJET PRESENTATION

WELCOME
TO
A PLACE WHERE SUCCESS IS NOT FINAL BUT BEGINNING OF ENDLESS SERIES
9/14/2018www.flowjetvalve.com
1

INTRODUCTION
 LEGAL NAME: FLOWJET VALVES PVT
LTD.
 STATUS: MANUFACTURER & SUPPLIER
OF INDUSTRIAL APPLICATION VALVES
 EST.YEAR : 1988
 ACTUAL PRODUCTION STARTED: 1989
 STRENGTH: 100 +
 AREA: 2000 Sq.Yd.
 CAPACITY: 1 MILLION VALVES/YEAR
2

ENGINEERING
Flowjet has developed and
implemented an integrated
manufacturing system which states
and involves control over each
activity by itself.
Manufacturing utilities are installed
and controlled in line with process
and it’s parameters which controls
quality system & time management
in parallel mode.
Each process & tasks are managed
thoroughly with chain system
involving each individuals on each
levels.
Processes are identified and
controlled.
Process parameters are controlled
on each stage to achieve best
outcome.
 ENGINEERING &
SUPPORTING
3
PRO
• PRODUCTION INC.
• SUPERVISOR
QA
• INCOMING
• IN-PROCESS
• FINAL INSPECTION
DSGN
• MASTER DESIGNER
• ASST. DESIGN

PROCESS
 Execution
4
MKT
• ORDER BOOKING & FLOATING
• SALES ORDER
PRDN
• ACCEPTANCE
• PROCESSING
• INSPECTION & TESTING
• CLEARING TO STORE/DISPATCH
SALES
• DISPATCH ADVISE
• MODE OF TRANSPORT
• INTIMATION TO CUSTOMER

PRODUCTS
 CAPABILITIES
 MANUAL RANGE
 BALL VALVES
 GATE VALVES
 GLOBE VALVES
 CHECK VALVES
 BUTTERFLY VALVES
 “Y” STRAINERS
 “T” STRAINERS
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PRODUCTS
 SAFETY RELIEF
VALVE
 PRESSURE SAFETY
VALVE
 PRESSURE
REDUCING VALVE
 AUTO CONTROL
VALVE
 PRESSURE
REGULATOR
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 AUTOMATION
SERIES

ISOLATION MANUAL VALVES
Isolation Ball valves
A ball valve is a form of quarter-
turn valve which uses a hollow,
perforated and pivoting ball to control
flow through it. It is open when the
ball's hole is in line with the flow and
closed when it is pivoted 90-degrees
by the valve handle. The handle lies
flat in alignment with the flow when
open, and is perpendicular to it when
closed, making for easy visual
confirmation of the valve's status.
Flowjet make Ball valves are durable,
performing well after many cycles, and
reliable, closing securely even after
long periods of disuse. These qualities
make them an excellent choice for
shutoff and control applications, where
they are often preferred
to gate and globe valves, but they lack
their fine control in throttling
applications.
Applications:
Air, gaseous, and liquid applications
requiring bubble-tight service
 BALL VALVE
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Isolation Gate Valves
The distinct feature of Flowjet gate valve is the
sealing surfaces between the gate and seats
are planar, so gate valves are often used when
a straight-line flow of fluid and minimum
restriction is desired. The gate faces can be
parallel, but are most commonly wedge-
shaped. Gate valves are primarily used to
permit or prevent the flow of liquids, but typical
gate valves shouldn't be used for regulating
flow, unless they are specifically designed for
that purpose. Flowjet has developed a wide
variety of Gate Valves.
Advantages:
They have good shutoff characteristics.
They are bidirectional.
The pressure loss through the valve is
minimal.
Applications:
Socket or butt-welding end-gate valves in air,
fuel gas, feed water, steam, lube oil, and other
systems are typical applications. Threaded-
end gate valves may be used in air, gaseous,
or liquid systems. Concern for leakage from
threaded connection can be addressed by seal
welding the threaded connection or by using
thread sealants, as appropriate. In low-
pressure and low-temperature systems such
as fire protection systems’ water piping or
water distribution pipelines, flanged gate
valves are commonly used.
 GATE VALVE
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Globe Valves
A globe valve, different from
ball valve, is a type of valve used
for regulating flow in a pipeline,
consisting of a movable disk-type
element and a stationary ring seat
in a generally spherical body.
In globe valves, the plug is
connected to a stem which is
operated by screw action using a
hand wheel in manual valves.
Flowjet has developed a wide
variety of Globe Valves
GLOBE VALVE
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Check Valves (NRV)
Allows flow in one direction and
automatically prevents back flow
(reverse flow) when fluid in the line
reverses direction. They are one of
the few self-automated valves that
do not require assistance to open
and close. Check valves are
designed to pass flow in one
direction with minimum resistance
and to prevent reverse or back flow
with minimal leakage. The principal
types of check valves used are the
tee-pattern lift check, the swing
check, the tilting-disc check.
 CHECK VALVE
 SWING
 VERTICAL
 LIFT CHECK
 PLAIN WAFER TYPE
 DISC CHECK
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BUTTERFLY VALVES
A butterfly valve is a shut-off valve
with a relatively simple construction. In
closed position, the disc blocks the
valve bore while in open position, the
disc is turned to allow flow. A quarter
turn takes the valve from fully open to
fully closed position, or opposite, and
thus the butterfly valve allows for
quick opening and closure.
Butterfly valves can be used for a
broad range of applications within
water supply, wastewater treatment,
fire protection and gas supply, in the
chemical and oil industries, in fuel
handling systems, power generation
etc. Some of the advantages for this
type of valve are the simple
construction not taking up too much
space, and the light weight and lower
cost compared to other valve designs.
The valves can be operated by
handles, gears or actuators according
to any specific need.
 BUTTERFLY SERIES
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“Y” TYPE STRAINER
Y-Strainers are devices for
mechanically removing unwanted
solids from liquid, gas or steam
lines by means of a perforated or
wire mesh straining element. They
are used in pipelines to protect
pumps, meters, control valves,
steam traps, regulators and other
process equipment.
APPLICATION:
A strainer is used to protect other
downstream equipment (e.g.,
pumps, instrumentation) from
damage by rogue junk. A filter is
employed to separate particles from
the fluid. ... I perceive that many
process strainers and filters are
installed into the suction piping
leading to a pump
 “STRAINERS”
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AUTOMATION VALVES
CONVENTIONAL SAFETY
RELIEF VALVE
SERIES- 401
FEATURES
SPRING LOADED SAFETY
RELIEF VALVE
FULL LIFT POP ACTION DESIGN
CLOSE BONNET WITH LEVER
CLOSE BONNET WITH PACKED
LEVER
STELLITED NOZZLE & DISC
SEATING AREA
SOFT SEAT WITH P.T.F.E., PEEK
& VITON
BALANCE BELLOWS TYPE
SAFETY RELIEF VALVE
 SAFETY RELIEF VALVES
CONVENTIONAL
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AUTOMATION SERIES
CONVENTIONAL SAFETY RELIEF VALVE
FJO - 401
FEATURES
SPRING LOADED SAFETY RELIEF VALVE
FULL LIFT POP ACTION DESIGN OPEN
BONNET WITH LEVER STELLITED NOZZLE
& DISC SEATING AREA SOFT SEAT WITH
P.T.F.E., PEEK & VITON BALANCE
BELLOWS TYPE SAFETY RELIEF VALVE .
APPLICABLE STANDARDS
DESIGN STANDARD : API 520
PERFORMANCE STANDARD : API 526
SEAT TIGHTNESS TEST : API 527
END CONNECTIONFLANGED TO ASME B
16.5 & BUTT WELD TO ASME B16.25.
 CONVENTIONAL SAFETY
RELIEF VALVE
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AUTOMATION SERIES
CONVENTIONAL SAFETY RELIEF
VALVE
FJC - 402
FEATURES
•SPRING LOADED SAFETY RELIEF
VALVE
•FULL LIFT POP ACTION DESIGN
•CLOSED BONNET WITH PACK LEVER
•STELLITED NOZZLE & DISC SEATING
AREA
•LOOSE FLANGE DESIGN
STANDARD APPLICABLE
DESIGN STANDARD: API 520
PERFORMANCE STANDARD : API 526
SEAT TIGHTNESS TEST : API 527
END CONNECTION: FLANGED TO ASME
B16.5
 SRV
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AUTOMATION SERIES
PRESSURE REDUCING VALVE –
HV-800
The Model FV-800 is our Primary
General Service. Self Contained,
Pressure Reducing Regulators.
Unit Handles Inlet Pressure Up To
400 PSI-G (27.6 Bar-G) and Outlet
Pressure from 2 to 250 PSI-G (0.14
to 17.2 Bar-G) In Multiple Spring
Ranges. Model FV-800 Is Utilized
For The Majority Of Industrial
Pressure Reducing Application.
FEATURES
•EASY TO MAINTAIN.
•PORTABLE DESIGN.
•HIGH FLOW CAPACITY.
PRV
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AUTOMATION SERIES
Pressure-reducing regulators control
outlet pressure by balancing an
adjustable spring force against the
forces caused by inlet and outlet
pressures. The spring force is
adjusted by turning the stem/handle,
which sets the desired outlet pressure.
As inlet pressure decreases, the force
balance changes. To compensate,
outlet pressure will increase. This
supply-pressure effect (SPE) is a
function of the design and type of
regulator. If a regulator is subjected to
fluctuating inlet pressure, and outlet
pressure variations are not desirable,
a two-stage regulator is available.
FEATURES
CONVOLUTED, NON-PERFORATED
DIAPHRAGM
METAL-TO-METAL DIAPHRAGM
SEAL
LOW INTERNAL VOLUME
SINGLE-PIECE CAP DESIGN
PROVIDES LINEAR LOAD ON THE
DIAPHRAGM SEAL
HIGH-FLOW, DUAL-GAUZE TYPE
FILTER POSITIVELY RETAINED IN
INLET PORT
 DIAPHRAGM SENSING PRESSURE
REGULATORS FJPR-900
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ACCOLADES
Since with time lines
Flowjet remained
updated with latest
quality system and
system is
maintained as per
ISO:9001-2015. The
certifying body is
TUV:SUD.
 ISO 9001-2015(TUV-SUD)
18

ACCOLADES
Hindustan Petroleum Corp. Ltd
(HPCL) PSU
STATE: MAHARASHTRA
Services:
•Oil & Gas
•Hydrocarbons
19

ACCOLADES
M/s. STEEL AUTHORITY OF INDIA
LIMITED
(S.A.I.L.), DURGAPUR
PSU
20

ACCOLADES
MAHARASHTRA ELECTROSMELT
LTD
(PSU)
STATE; MAHARASHTRA
21

ACCOLADES
M/S. NEYVELI LIGNITE
CORPORATION
STATE: TAMILNADU
22

ACCOLADES
M/S. RASHTRIYA ISPAT NIGAM
LIMITED
LOC: VISHKHAPATTNAM
23

ACCOLADES
M/S. APPGENCO
LOC: HYDERABAD
SERVICE: POWER
24

ACCOLADES
M/S. RATNAGIRI POWER &
GAS
25

ACCOLADES
API-6D
SUBJECT; PRODUCT
CERTIFICATION
AGENCY: AMERICAN
PETROLEUM INSTITUTE
 API 6-D
26

ACCOLADES
API-600
SUBJECT; PRODUCT
CERTIFICATION
AGENCY: AMERICAN
PETROLEUM INSTITUTE
 API-600
27

QUALITY SYSTEM
QA/QC
INSPECTION & TESTING
Note: We have enough
potential to carry out any
third party inspection.
We have already passed a
few inspections under…
CEIL, SGS, BV, TUV(I),
L&T,
System includes separate inspection segments
like….
 Incoming inspection of RM
 In-process inspection of finished parts
 Final inspection which includes…
 Pressure tests ( Hydro & Pneumatic)
 NDT Tests
 Dry Film Thickness ( Painting) etc.
 Testing of manufactured valves plays a vital
role in manufacturing. Understanding that we
have developed 3 different TEST RIG
according to size and pressure class of the
valves.
 100% valves are being tested as per reference
standards like API-598 and witnessed the tests
by our qualified and trained personnel.
28

MODE OF OPERATIONS & MANAGEMENT
 Operations management refers to the
administration of business practices to
create the highest level of efficiency
possible within an organization. It is
concerned with converting materials and
labour into goods and services as
efficiently as possible to maximize the
profit of an organization. Operations
management teams attempt to balance
costs with revenue to achieve the highest
net operating profit possible.
 Operations management involves utilizing
resources from staff, materials, equipment
and technology. Operations managers
acquire, develop and deliver goods to
clients based on client wants and the
abilities of the company.
 Our system is based on above findings
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SUPPLIES
Service sectors 1. Oil & Gas
2. Pharmaceuticals
3. Chemicals
4. Fertilizers
5. Power
6. Distillers & Beverages
7. Sugar Industry
8. Indian Railways
9. Engineering ( EPC) etc.
*We have proven track records with industries
in
above sectors. Refer clientele.
30

MAJOR BUYERS
CUSTOMERS IN MAJOR
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FISCAL PERFORMANCE
The presented are fiscal
facts and overall financial
performances during last
four consecutive years.
The current years targets
are set to 25 Cr. and the
team is working towards
achieving maximum
possible results.
Our major focus is
towards oil & gas sector,
pipeline valves. In order to
achievements we are
targeting Middle East and
major results are awaited.
7.8
10.4 10
12
2013-14 2014-15 2015-16 2016-17
INR(Cr.)
INR(Cr.)
32

ETHICS
OUR CODE OF ETHICS  WE DO OBSERVE…..
 HONESTY
 INTEGRITY
 PROMISE-KEEPING &
TRUSTWORTHINESS
 LOYALTY
 FAIRNESS
 CONCERN FOR OTHERS
 RESPECT FOR OTHERS
 LAW ABIDING
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FLOWJET PRESENTATION

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