View allAll Photos Tagged separator
15.7.18
Flyover / overbridge project work in progress
grade separator
Foundation stone laid in February 2014 by Chief Minister Manohar Parrikar. Work started Feb 2014 and was expected to finish by December 2014 (both projects/separators by June 2016).
Cost 33.49 crores. Awarded for 41.80cr
575+485m length (2 separators before and after the airport, same road)
To ease total traffic movement towards Dabolim airport from Verna side and Vasco side. Also, to prevent present traffic congestion near traffic signal in front of airport. GSIDC
Contractor: M Venkata Rao Infra Projects Private Ltd
Plate Magnets are important industrial separators that are meant for the separation of fine ferrous materials and large pieces of tramp iron, from many types of free-flowing and pneumatically conveyed material like corn, sugar, flour, gravel, plastic and others granular materials. www.linuxmagnetics.com/plate-magnet.php
15.7.18
Flyover / overbridge project work in progress
grade separator
Foundation stone laid in February 2014 by Chief Minister Minister Manohar Parrikar. Work started Feb 2014 and was expected to finish by December 2014 (both projects/separator by June 2016).
Cost 33.49 crores. Awarded for 41.80cr
575+485m length (2 separators before and after the airport, same road)
To ease total traffic movement towards Dabolim airport from Verna side and Vasco side. Also, to prevent present traffic congestion near traffic signal in front of airport. GSIDC
Contractor: M Venkata Rao Infra Projects Private Ltd
Along many back roads in oil country these tanks are used to contail oil and distillates from the old oil wells.
17.7.18
Flyover / overbridge project work in progress
grade separator
Foundation stone laid in February 2014 by Chief Minister Minister Manohar Parrikar. Work started Feb 2014 and was expected to finish by December 2014 (both projects/separator by June 2016).
Cost 33.49 crores. Awarded for 41.80cr
575+485m length (2 separators before and after the airport, same road)
To ease total traffic movement towards Dabolim airport from Verna side and Vasco side. Also, to prevent present traffic congestion near traffic signal in front of airport. GSIDC
Contractor: M Venkata Rao Infra Projects Private Ltd
Finally, Inaugurated on 26.5.20 by CM Sawant, Mauvin, Alina etc
Magnetic Separators and Eddy Current Separators operating on the Bunting and Master Magnets stand at the RWM17 exhibition (Sept 17) blog.buntingeurope.com/2017/09/18/rwm17-exhibition-review/
Our latest Metal Separation Module (Eddy Current Separator with Drum Magnet) leaving our Redditch manufacturing plant #ukmfg #recycling #magneticseparator
Technical product details > www.bunting-redditch.com/product/eddy-current-separators/
13 May 1976. Electrostatic separator presentation to University Department of Metallurgy. From left: Associate Professor Nick Standish, Department of Metallurgy; Mr W. B. Burgess, lllawarra Branch chairman of The Australasian Institute of Mining and Metallurgy and General Manager of Australian Iron and Steel (AI&S); and Professor Geoff Brinson chairman, Department of Metallurgy.
(6.1) Separator plates of foam core with tape and metal waterproofing.
(6.2) Individual plates are grouped into a stack with more tape.
(6.3) Concept included a mesh that was originally flat and can expand into containment area.
(6.4) Exploring possible deployed arrangements.
(6.5) Pouring plaster into mesh in multiple batches.
(6.6) Detail of brushed clay slip separator for subdivisions not indicated by vertical mesh walls.
(6.7) Plaster pouring targets different areas of mesh, which fills them earlier. This means subdivisions will be at various levels.
(6.8) Example of plaster gelling state slowing down flow.
(6.9) Example of metal shim pushed into gelling plaster (not shown) and then pulling it back out when plaster has hardened enough not to close back up (seen here as the thin dark lines). These divisions will not be part of later layers.
(6.10) Plaster has filled the mesh and weighs over 30 pounds.
(6.11) The containment box is pulled apart and disassembly begins.
(6.12) Stages of disassembly.
(6.13) Complementary grey (clay slip) and white (plaster) designs from slip separator layer.
(6.14) Representative stacks of objects generated.
(6.15) Arrangement of objects reminiscent of geology and architecture.
17.7.18
Flyover / overbridge project work in progress
grade separator
Foundation stone laid in February 2014 by Chief Minister Minister Manohar Parrikar. Work started Feb 2014 and was expected to finish by December 2014 (both projects/separator by June 2016).
Cost 33.49 crores. Awarded for 41.80cr
575+485m length (2 separators before and after the airport, same road)
To ease total traffic movement towards Dabolim airport from Verna side and Vasco side. Also, to prevent present traffic congestion near traffic signal in front of airport. GSIDC
Contractor: M Venkata Rao Infra Projects Private Ltd
Finally, Inaugurated on 26.5.20 by CM Sawant, Mauvin, Alina etc
3.6.18
Flyover / overbridge project work in progress
grade separator
Foundation stone laid in February 2014 by Chief Minister Manohar Parrikar. Work started Feb 2014 and was expected to finish by December 2014 (both projects/separators by June 2016).
Cost 33.49 crores. Awarded for 41.80cr
575+485m length (2 separators before and after the airport, same road)
To ease total traffic movement towards Dabolim airport from Verna side and Vasco side. Also, to prevent present traffic congestion near traffic signal in front of airport. GSIDC
Contractor: M Venkata Rao Infra Projects Private Ltd
(6.1) Separator plates of foam core with tape and metal waterproofing.
(6.2) Individual plates are grouped into a stack with more tape.
(6.3) Concept included a mesh that was originally flat and can expand into containment area.
(6.4) Exploring possible deployed arrangements.
(6.5) Pouring plaster into mesh in multiple batches.
(6.6) Detail of brushed clay slip separator for subdivisions not indicated by vertical mesh walls.
(6.7) Plaster pouring targets different areas of mesh, which fills them earlier. This means subdivisions will be at various levels.
(6.8) Example of plaster gelling state slowing down flow.
(6.9) Example of metal shim pushed into gelling plaster (not shown) and then pulling it back out when plaster has hardened enough not to close back up (seen here as the thin dark lines). These divisions will not be part of later layers.
(6.10) Plaster has filled the mesh and weighs over 30 pounds.
(6.11) The containment box is pulled apart and disassembly begins.
(6.12) Stages of disassembly.
(6.13) Complementary grey (clay slip) and white (plaster) designs from slip separator layer.
(6.14) Representative stacks of objects generated.
(6.15) Arrangement of objects reminiscent of geology and architecture.
A cream separator is a machine that separates milk into cream and skimmed milk. Get the best cream separator online from Milky Day. It is a fantastic device that you can use to separate the milk of cows, camels, sheep, goats, and many more. We offer an affordable price and a 2-year warranty. For more details, visit www.milkyday.com
ZEN MAGNETS - Neodymium Magnetic Balls (@Varies) - Fun with 5-ball pentagon rings part 3
(@060) - Diamond subunit (3-layer) = (4 x (3 x 5))
(@040) - 12-pointed star / Dome = =((6 x (Diamond subunit (3-layer)) + (6 x (3 x 5))
(@030) - 2-layer triangle subunit - (3 x (2 x 5))
(@120) - Outwards quad triangle subunit = (4 x (2-layer triangle subunit))
(@360) - Outwards quad-tri triangle = (3 x (Outwards quad triangle subunit))
(@600) - Outwards quad-tri star= (5 x (Outwards quad triangle subunit))
(@600) - Outwards quad-tri spaceship v1 = (5 x (Outwards quad triangle subunit))
(@480) - Outwards quad-tri square = (4 x (Outwards quad triangle subunit))
(@600) - Outwards quad-tri spaceship v2 = (5 x (Outwards quad triangle subunit))
(@120) - Inwards quad triangle subunit = (4 x (2-layer triangle subunit))
(@600) - Inwards quad-tri pentagon = (5 x (Inwards quad triangle subunit))
(@600) - Inwards quad-tri spaceship v3 = (5 x (Inwards quad triangle subunit))
(@960) - Triangle subunit ring variations v1 = (8 x (2-layer triangle subunit))
(@720) - Triangle subunit ring variations v2 = (6 x (2-layer triangle subunit))
(@040) - Triangle subunit ring variations squares = (16 x (2-layer triangle subunit))
(@720) - Triangle subunit ring variations v2 = (6 x (2-layer triangle subunit))
(@070) - Heptagon subunit = (7 x (2 x 5))
(@140) - Heptagon subunit stacker v1 = (2 x (Heptagon subunit))
(@560) - Heptagon subunit stacker v2 = (8 x (Heptagon subunit))
Note: Outward = three pentagon rings facing outward, Inward = three pentagon rings facing inward. For polarity reversed, separate two from the rest, and use a separator card in-between to flip the two ball from top set to bottom set.
More build pics here:
Magnetic Separators and Eddy Current Separators operating on the Bunting and Master Magnets stand at the RWM17 exhibition (Sept 17) blog.buntingeurope.com/2017/09/18/rwm17-exhibition-review/
MAB 103 is Lube Oils Purifiers Disc Type Separator Centrifuge
If you have Small Amount of the Oils or Looking for Smaller Capacity Centrifuge
Alfa Laval MAB103 is best for your Project Smaller Capacity & easy to Move & can be Fitted on Trolley & Mounted On skid The MAB103 used to be Purifying & clarifying the Various Types of the Oils in Various Industry
The Machine Specially Made For Lube Oils, Marine Diesel Oils, Hydraulic Oils, Fuel Oils
Alfa Laval MAB103 is Specially Designed for Clarification & Purification of Lubricating Oils, Fuel Oils, Diesel Oils & Various Types of Mineral Oils On board Marine Installation & Industrials Application Tug Boat, Crew Vessel, Ferry Vessel, River Going Vessel & Smaller Ship /Vessel & Steel Factory
Working Principal:
MAB103 is Manual Centrifuge & work as Either Clarifiers or Purifiers Converting Disc after taking Place of the Materials in Solid Retaining Bowl
The Machine MAB103 work as flash out the Sediment Form the Oils Content Two Liquid (Moisture & Sludge) The Sludge to be removed by Hand from the Bowl Body Three Types of the Materials can be Separate Oil, Water & Sludge
Machine Application
MAB103 is high Speed Disc Stack Centrifuge/Separator Designed for
Lube Oils, Diesel Oils, Hydraulic Oils, Transformer Oils, Marine Diesel Oils, Bio Diesel Oil ,Quench Oil
Standard Scope of Supplying Along with Machine:
MAB-103 centrifugal separator
Feed pump with fittings
Motor - 440 volt, 60Hz, 3-phase or 380 volt,50HZ, 3 Phase
Complete set of gravity disks
Complete set of tools
Set of instruction manuals
Optional Equipment Avail on Request
Motor - Dual Voltage
Electric pre-heater
Control Panel
Starter
Skid
Expected Throughput
Marine diesel oil: 238g/h | 900l/h
Lubricating oil: 145g/h | 550l/h
Biodiesel: 238g/h | 900l/h
Hydraulic oil: 251g/h | 950l/h
Distillate: 304g/h | 1,150l/h
Magnetic Seperator MAGNATRONIX, Leading Manufacturers and Exporters of Magnetic Materials, Magnetic Separation Systems, Vibratory Feeding and Magnetic Grills from Chennai, India. We maintain International Quality standards, each and every materials is tested during manufacturing process.
ROTEX Global, Inc. has introduced the line extension to the MEGATEX XDTM Screener, a high-capacity screening solution designed to provide greater throughput and reliability than conventional screeners in a compact footprint. The line extension for the MEGATEX XD provides increased capacity in a small area measuring 9' x 9' x 12', continuous operations at high temperatures, and maximum screening efficiency. The durable machine is ideal for a wide range of high-volume applications with demanding screening requirements, including chemical, food, plastics, abrasives, agriculture, and many other high volume applications.
(6.1) Separator plates of foam core with tape and metal waterproofing.
(6.2) Individual plates are grouped into a stack with more tape.
(6.3) Concept included a mesh that was originally flat and can expand into containment area.
(6.4) Exploring possible deployed arrangements.
(6.5) Pouring plaster into mesh in multiple batches.
(6.6) Detail of brushed clay slip separator for subdivisions not indicated by vertical mesh walls.
(6.7) Plaster pouring targets different areas of mesh, which fills them earlier. This means subdivisions will be at various levels.
(6.8) Example of plaster gelling state slowing down flow.
(6.9) Example of metal shim pushed into gelling plaster (not shown) and then pulling it back out when plaster has hardened enough not to close back up (seen here as the thin dark lines). These divisions will not be part of later layers.
(6.10) Plaster has filled the mesh and weighs over 30 pounds.
(6.11) The containment box is pulled apart and disassembly begins.
(6.12) Stages of disassembly.
(6.13) Complementary grey (clay slip) and white (plaster) designs from slip separator layer.
(6.14) Representative stacks of objects generated.
(6.15) Arrangement of objects reminiscent of geology and architecture.
17.7.18
Flyover / overbridge project work in progress
grade separator
Foundation stone laid in February 2014 by Chief Minister Minister Manohar Parrikar. Work started Feb 2014 and was expected to finish by December 2014 (both projects/separator by June 2016).
Cost 33.49 crores. Awarded for 41.80cr
575+485m length (2 separators before and after the airport, same road)
To ease total traffic movement towards Dabolim airport from Verna side and Vasco side. Also, to prevent present traffic congestion near traffic signal in front of airport. GSIDC
Contractor: M Venkata Rao Infra Projects Private Ltd
Finally, Inaugurated on 26.5.20 by CM Sawant, Mauvin, Alina etc