It is observed that the main problem in the pneumatic conveying system is the abrasion caused on bends; the basic design avoids product attrition. It considerably reduces degradation of conveyed material by avoiding moving particles from product to metal contact. The compact design reduces cost of pipe support and installation.
It is observed that the main problem in the pneumatic conveying system is the abrasion caused on bends; the basic design avoids product attrition. It considerably reduces degradation of conveyed material by avoiding moving particles from product to metal contact. The compact design reduces cost of pipe support and installation.
FeaturesAbsence of moving parts means no maintenance. - Can be used for handling hot solids. - Specially suited for handling abrasive solids.
A ventury injector is a static device without any movable part with entrains solids in a high pressure for onward pneumatic conveying. It is extensively used in dairy, pharmaceutical and food industry where the hygiene standards are stringent. It can be a substitute for rotary valves, also no moving parts means less chances of breakdown.
A ventury injector is a static device without any movable part with entrains solids in a high pressure for onward pneumatic conveying. It is extensively used in dairy, pharmaceutical and food industry where the hygiene standards are stringent. It can be a substitute for rotary valves, also no moving parts means less chances of breakdown.
Gentle conveying renders minimal product attrition.
- Energy efficient operation.
- Tubular casing results in minimum residual material
- Leak proof casing contains dust, odour, and spillage....hence clean work place.
- Basic conveyors horizontal, vertical and inclined can be configured to achieve many layouts having minimal transfer points.
- Material can be discharged at multiple points directly (No air lock valves are required.)
- Very low noise level.
- Common components for many conveying segments, resulting in low inventory for maintenance.
- Nominal tube sizes start from 100 mm diameter and are up to 250mm.
- Chain speeds range: 5 metersmin to 25 metersmin.
- Theoretical conveying capacity range @100% efficiency:5 Cu MHr to 70 Cu MHr
- Power requirement range
- Material of construction for tubes and chain offered are : SS 304,SS 316 and high
- Tensile steels
Gentle conveying renders minimal product attrition.
- Energy efficient operation.
- Tubular casing results in minimum residual material
- Leak proof casing contains dust, odour, and spillage....hence clean work place.
- Basic conveyors horizontal, vertical and inclined can be configured to achieve many layouts having minimal transfer points.
- Material can be discharged at multiple points directly (No air lock valves are required.)
- Very low noise level.
- Common components for many conveying segments, resulting in low inventory for maintenance.
- Nominal tube sizes start from 100 mm diameter and are up to 250mm.
- Chain speeds range: 5 metersmin to 25 metersmin.
- Theoretical conveying capacity range @100% efficiency:5 Cu MHr to 70 Cu MHr
- Power requirement range
- Material of construction for tubes and chain offered are : SS 304,SS 316 and high
- Tensile steels
FeaturesDesigned for controlled volumetric feed. - Available in C.I. / M.S. / SS 304 / SS 316 construction. - Rigid construction.
Rotary feeder is a volumetric feeding device, The typical applications in the areas where in flow rate of the solids needs control. The devise is used wherein the product is fed by gravity. Available in wide range of sizes to take care of excessive flow rates, suitable to handle plethora of products even under high temperature. Close manufacturing tolerances and design ensures minimum air leakage.
Rotary feeder is a volumetric feeding device, The typical applications in the areas where in flow rate of the solids needs control. The devise is used wherein the product is fed by gravity. Available in wide range of sizes to take care of excessive flow rates, suitable to handle plethora of products even under high temperature. Close manufacturing tolerances and design ensures minimum air leakage.
Designed for Differential Pressure of 1.5 bar g (max.)
- Available in C.I. M.S. SS 304 SS 316 construction.
- Rotor with Bevelled tips for powders
- Rotor with open closed ended construction.
- Special design for granular products.
- Blow through & Quick cleaning version available.
- Ambient Temperature – 25 to 100 deg. C.
- Flanges drilled to ANSI B 16.5 #150 .
- Geared motor with fixed speed or variable speed.
- Restart of the feeder in full material column.
Designed for Differential Pressure of 1.5 bar g (max.)
- Available in C.I. M.S. SS 304 SS 316 construction.
- Rotor with Bevelled tips for powders
- Rotor with open closed ended construction.
- Special design for granular products.
- Blow through & Quick cleaning version available.
- Ambient Temperature – 25 to 100 deg. C.
- Flanges drilled to ANSI B 16.5 #150 .
- Geared motor with fixed speed or variable speed.
- Restart of the feeder in full material column.
Typically there are few major situations during the transfer of powders viz. fugitive dust generation , spillage & over under dispensing. This results in contamination of environment, material wastage & product quality deterioration respectively. Further depending on the dust type, explosion & toxicity related challenges can also be encountered. To mitigate the above situation INDPRO has a solution to offer in the form of Powder Transfer System (PTS).
Typically there are few major situations during the transfer of powders viz. fugitive dust generation , spillage & over under dispensing. This results in contamination of environment, material wastage & product quality deterioration respectively. Further depending on the dust type, explosion & toxicity related challenges can also be encountered. To mitigate the above situation INDPRO has a solution to offer in the form of Powder Transfer System (PTS).
Grain Silo Loading Section: Grains will be unloaded in the feed hopper manually. Grating is provided in the feed hopper to avoid large size impurities. Suction hood is provided on the feed hopper to extract dust generated during grain unloading. The material will be conveyed by screw conveyor to bucket elevator, which discharges the grain into precleaner. The precleaner is for size separation and cleaning of grain. Cleaned grains are conveyed to storage silo through bucket elevator and chain conveyor. A dust extraction system comprising of bag filter, centrifugal fan, rotary valve is provided this section. Bag filter separates dust, and clean air is discharged in the atmosphere. Pulse jet type cleaning mechanism is incorporated in the bag filter, which ensures the bags are cleaned at specified time interval. Grain silo capacity is arrived at based on no. of days storage.
Grain Silo Loading Section: Grains will be unloaded in the feed hopper manually. Grating is provided in the feed hopper to avoid large size impurities. Suction hood is provided on the feed hopper to extract dust generated during grain unloading. The material will be conveyed by screw conveyor to bucket elevator, which discharges the grain into precleaner. The precleaner is for size separation and cleaning of grain. Cleaned grains are conveyed to storage silo through bucket elevator and chain conveyor. A dust extraction system comprising of bag filter, centrifugal fan, rotary valve is provided this section. Bag filter separates dust, and clean air is discharged in the atmosphere. Pulse jet type cleaning mechanism is incorporated in the bag filter, which ensures the bags are cleaned at specified time interval. Grain silo capacity is arrived at based on no. of days storage.
The Flap Type Gravity Diverter comprises of flap enclosed in body which is key component in supporting diversion of product. This arrangement is used when product coming from top of diverter is to be diverted in vertical direction and angle between diversions of valve is up to 30˚ and 60˚. In above case, only one diversion is in operation and other is closed. In other words, the material can be conveyed from inlet to straight position or inlet to diverted position of diverter at a time. The basic design is for diversion of product coming down due to gravity.
The Flap Type Gravity Diverter comprises of flap enclosed in body which is key component in supporting diversion of product. This arrangement is used when product coming from top of diverter is to be diverted in vertical direction and angle between diversions of valve is up to 30˚ and 60˚. In above case, only one diversion is in operation and other is closed. In other words, the material can be conveyed from inlet to straight position or inlet to diverted position of diverter at a time. The basic design is for diversion of product coming down due to gravity.
The dual tunnel Diverter Valve is designed to divert product in dilute dense phase conveying systems to number of destinations.Shortest possible switchover time as designed with two separate channels.
- Powerful pneumatic Actuator centre connected to plug through linkages.
- Designed for Maximum system pressure of 6 bar g.
- Designed for Maximum solids temperature of 120 deg.C.
- Available sizes 50 NB to 200 NB.
- Either static or dynamic seal.
- Housing in die cast aluminium construction with inserted Stainless steel pipe if required.
The dual tunnel Diverter Valve is designed to divert product in dilute dense phase conveying systems to number of destinations.Shortest possible switchover time as designed with two separate channels.
- Powerful pneumatic Actuator centre connected to plug through linkages.
- Designed for Maximum system pressure of 6 bar g.
- Designed for Maximum solids temperature of 120 deg.C.
- Available sizes 50 NB to 200 NB.
- Either static or dynamic seal.
- Housing in die cast aluminium construction with inserted Stainless steel pipe if required.
Bag dumping station enables dust free bag emptying operation. We offer bag dumping stations in custom made as well as standard catalogue designs. Whenever bulk powders are handled for transfer from bags to hoppers or downstream material conveying arrangements, dust generation takes place. This also results in product loss causing reduced profit. To address such bulk material discharge consequences, bag dump stations are provided. These are manual bag dumping stations to be installed for dust free, clean efficient and safe work areas. Centrifugal blower and pulse jet bag filter are provided to arrest spread of dust contamination.
Bag dumping station enables dust free bag emptying operation. We offer bag dumping stations in custom made as well as standard catalogue designs. Whenever bulk powders are handled for transfer from bags to hoppers or downstream material conveying arrangements, dust generation takes place. This also results in product loss causing reduced profit. To address such bulk material discharge consequences, bag dump stations are provided. These are manual bag dumping stations to be installed for dust free, clean efficient and safe work areas. Centrifugal blower and pulse jet bag filter are provided to arrest spread of dust contamination.
Indpro Engineering Systems Pvt. Ltd. has been involved in Air pollution control business (APC) since 2005. During these surpassed years Indpro has more than two hundred installations all over India. Indpro's fabric pulse jet bag filter (dust collectors) are sold as 'SAMAIIR' in the market. The name comes from the Sanskrit word 'SAMAIIR', which means clean and pure air. We offer solutions for various kind of industrial air pollution situations form fugitive dust control to process gas de-dusting , using state-of –art engineering practices & equipments.
Indpro Engineering Systems Pvt. Ltd. has been involved in Air pollution control business (APC) since 2005. During these surpassed years Indpro has more than two hundred installations all over India. Indpro's fabric pulse jet bag filter (dust collectors) are sold as 'SAMAIIR' in the market. The name comes from the Sanskrit word 'SAMAIIR', which means clean and pure air. We offer solutions for various kind of industrial air pollution situations form fugitive dust control to process gas de-dusting , using state-of –art engineering practices & equipments.