Transcript Russell Blow Thru Sieve market launch presentation

New Russell Blow Thru Sieve
Check-screening during
dilute phase pneumatic
conveying –
improving quality without sacrificing
productivity
The new Blow Thru sieve
• Introduction
• How it works
• Benefits
• Specification
• Who to target
• Sales support material
• Test results
• Pricing
• Sales codes
Background introduction
• As the need for superior quality increases
processors are adding more quality inspections to
their processes
• Positive pressure screening has been identified
as a valuable potential market where Russell
Finex can achieve sales
• A need to screen incoming ingredients during
dilute phase pneumatic conveying was identified.
• Customers need to screen incoming ingredients
without slowing down the delivery/unloading
process
Background introduction
• Some of our competitors are already exploiting
this market
• Russell Finex have the expertise to provide better
solutions to the problems associated with positive
pressure sieving
• Pressurised panwork has been developed
previously for the C600 C.I.P.
The Blow Thru Sieve Introduction
• Completely enclosed
vibratory screener
• Fully certified pressure
vessel
• 2 dished body sections
connected by a hinge
• No spacer or magnet
• Mesh frames modified with
cross members. Larger than
standard Compact 600
• 2 inspection ports as
standard
The Blow Thru Sieve Introduction
• Oversize outlet not yet
available but will be later
on
• 3 lifting lugs
• Minimum mesh size at
present is 1000 micron.
This may change as we
get experience.
How it works
• Material enters the sieve under
pressure via a tangential inlet
• Good product passes through
the mesh
• Oversize material is collected
on top of the mesh
• Good material passes out of
the sieve via an outlet at the
bottom
Demonstration videos
Click here for a demonstration video
Main benefits to customers
• Removes contamination to
improve product quality and
ensure customers reputation
• Screening and conveying in
one process increases
efficiency by eliminating
double handling/processing
• Completely enclosed
screening reduces mess and
potential harm to operators
• The fully mobile unit can be
used at multiple locations in
one site
Benefits over Competitors
• Fully certified and tested for use in
a positive pressure line
• Constructed to PD5500.
• Conforms to pressure equipment
directive 97/23/EC.
• High throughput rates are achieved
with straight through design and
tangential inlet and outlet
• Disassembly is an easy task due to
simple design and is achieved
using a single inclusive tool
• Safety features
– Lock-off system prevents
accidental closing during cleaning
– Spring assisted opening limits
manual lifting
Specifications
• 600mm diameter (uses reinforced
mesh frames).
• Certified pressure vessel for use up to
2 barg pressure
• Constructed to PD5500
• Conforms to pressure equipment
directive 97/23/EC
• 316L Stainless steel contact parts
• 4” BSPT connections (NPT in USA)
• Two 4” ferrules for standard view ports
• ATEX specification available
Standard Options
• Standard external finish is available as bead blast only
• Optional internal finish:
– Brush polished
– Mirror polished
• Motors available painted or brush polished
• O-ring and gaskets available in EPDM & silicone
• Glass view ports or blanking plates
• 2 x pressure gauges
Where to specify the Blow Thru Sieve
Where screening is required during dilute
phase pneumatic conveying.
• Tanker unloading into silos.
• Where in-process sieving is required in a
dilute phase pneumatic conveying line.
• Tanker loading from factory.
Where to specify the Blow Thru Sieve
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Industries
Food – sugar, milk
powder
Chemicals
Minerals – calcium
carbonate
Anything transported
by road tankers
Any blowing lines in
process
Applications
Blower
Silo
Receiver
Blower
Blower
Silo
Receiver
Sales support material
• Flyer
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English
Spanish
French
German
• Animation showing operation
• Proposal letters
• Advertising
• Test units
• Drawings
• Manual
• Spare parts lists
Test results
Material
Nominal
particle size
Conveying
hose dia.
Mesh size
Throughput rate
(µm)
(inch)
(µm)
(tonnes/hour)
Calcium
carbonate
100
4
2000
36
Milk powder
500
4
4000
5
Crystalline
sugar
1000
3
3150
14.3
50
3
1500
14.7
Olivine sand
Any Questions?