The catalyst unloading systems are generally designed and fabricated with an objective to transport it at different sites since this happens to be a function to be performed at large industrial complexes especially petroleum, fertilizer industries, atomic power plants, etc. These plants have reactors which are loaded with catalyst which aid the basic process / reaction being carried out in the reactors.
The catalyst have specific life span where after they are to be removed and replaced. The system to execute this job consists of a source of power, cyclone separator and filter bag house. The design of the equipment takes care that the catalysts are not damaged during the unloading, at the same time the velocities are so controlled that the overheating is avoided. The material of construction can be offered according to the compatibility with the catalysts
– Oil Refineries – Fertilizer industries
– Atomic power plants & similar installation having reactors
The system can be designed to suit an unloading rate between 1 ton per hour to 25 tons per hour. Depending on the specific requirement optional accessories like pre-heat exchangers and corresponding instrumentation can be supplied. Specially designed bag-filter house having pulsejet cleaning system ensures continuous system operation with constant output.
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Behind vast experience in this industry, we have been capable enough to provide customers with an high quality and long lasting Pressure Vessel. Pressure Vessels offered by us are manufactured in compliance set by industry standards and norms.
PNEUCON PROCESS TECHNOLOGY – pressure vessel manufacturer Gujarat, high pressure vessel manufacturer India, stainless steel fabrication, types of vessels for gas storage, refrigeration, water treatments, Ahmedabad, Gujarat, India.
Our vessels are manufacture with premium quality of raw material and latest tools and machinery. We have tested our vessels on various parameters to ensure its flawlessness and durability.
We manufacture vessels for water treatment plants, gas storage and refrigeration.
Our vessels are export at shipping industries, automotive industries and power industries.
We are open for customized vessels for any sort of requirement.
Advantages of PNEUCON Products:
- Long Lasting life
- High Performance.
For more inquiry you can contact us at: email@example.com and our further information visit our website: http://www.pneucon.net/pressure-vessel.html.
It is the most versatile and speedy method of transferring bulk material from one point to another within a defined area. Pneucon are engaged in offering wide range of Cement feeding system which is used for feeding the cement feed the cement in construction sites. These Cement feeding systems are manufactured by using supreme grade of raw material and are highly demanded in various production industries.
The PNEUCON Screw Pumps are heavy-duty, screw-type pneumatic pumps. These pump systems are most commonly used to convey dry, free-flowing, pulverized materials from grinding mills, transfer materials from silo to silo, transfer dust from collectors, and load and unload railcars, ships and barges. The materials are conveyed literally anywhere a pipeline can be run and to any number of delivery points.
PNEUCON Screw Pumps are constructed of mild and structural steel, and mounted on a base. PS pumps are equipped with pedestal blocks that support a pump screw which helps to provide a smooth, balanced operation. The screw is dynamically balanced and areas of this screw, along with other parts of the pump in direct contact with the material to be conveyed, are made of hardened, wear-resistant material and special hard surfacing where required. The screw is directly coupled to the driving motor but can be v-belt driven.
Standard equipment on PS pumps includes a pressurized seal and bearing assembly that extends the service life of the discharge seals by preventing the material being handled from entering the bearing area. Each pump system includes the pump, drive motor and compressed air source.
The materials to be conveyed enter the hopper by gravity or dumped by any means. The material is compacted as it is advanced. Its density is further increased in the space between the terminal flight of the screw and the face of the non-return valve to form a seal against the transport line pressure, thus preventing blowback. The material then enters the discharge body, is fluidized by compressed air, and is conveyed into the transport line.
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