F4 is one of Asia’s premier industrial catalyst handling vacuum suppliers providing advanced solutions for various industries like petrochemical, refinery, and chemical processing industries. Our state-of-the-art industrial catalyst handling vacuum system technology executes safe and efficient loading and unloading operations while minimizing downtime and maximizing productivity.
The industrial catalyst handling vacuum system from F4 embodies the years of Experience spent into engineering excellence and innovation. Our systems are designed to solve issues in industrial environments. As leading industrial catalyst handling vacuum suppliers in India and across Asia, we’ve developed self-contained, closed-loop vacuum systems that ensure the safe extraction, transfer, and recovery of catalyst materials from reactors and vessels. Working with pyrophoric materials can cause catalyst exposure to air and moisture, so our industrial catalyst handling vacuum technology allows you to do everything under inert conditions. This is an important step in avoiding self-ignition and in maintaining workplace safety. These systems can be designed to suck and blast the catalyst product directly into a tote, truck, dumpster, or any collection device to suit your operational needs.
F4 Manufactures Powerful & Efficient Industrial Vacuum Truck Loaders for both Wet & Dry Operations. Vacuum Truck Loaders offer a safe and reliable solution for cleaning up as well as containing Hazardous and Corrosive Liquids. These Vacuum Trucks use High Power Airflow to pneumatically convey Solids, Semi-Solids, Liquids, Sludge and Slurries. The recovred material can be transported safely without any spillage and no environmental hazards for futher processing.
The vacuum is generated using roots blower pump driven by diesel engine or a flame proof electrical motor as per client requirement. F4 Manufactures Dry type of unit with a suction capacity ranging from 2500 m3 of air / hr to 5000 m3 of air / hr @ – 22” hg. This units can pneumatically convey Catalyst / Ceramic balls from high elevation reactor. This unit can be used in inert and ambient conditions. This system can be used as a closed loop vacuuming for nitrogen recirculation. Due to its compact design it is easy for transportation, handling and maintenance.
The vacuum is generated using Liquid ring pump driven by diesel engine or a flame proof electrical motor as per client requirement. F4 Manufactures Wet type of unit with a suction capacity ranging from 2500 m3 of air / hr to 5000 m3 of air / hr @ – 22” hg. This units can pneumatically convey solids, semi-solids and high viscosity liquid.This unit can be used in inert and ambient conditions. Due to its compact design it is easy for transportation, handling and maintenance.
F4 Manufactures portable vacuum unit that are Pneumatically driven. It has a vacuuming capacity of 540m3/hr with an input of 7 bar pressure. This Unit is used for catalyst vacuuming in reformer tube, Catalyst skimming & dust collection. As there are no moving parts it can be safely used in hydrocarbon area and easy to maintain.
F4 Manufactures Catalyst Handling Filter Units for Wet / Dry Operations in Inert / Ambient conditions with timer Controlled Pulse Jet Air/Nitrogen Blowing System for regular filter cleaning process during Vacuuming Operation. These are specially designed for Filtration of various Catalysts. The Catalyst Filtration Units hold up to aggressive process conditions that include High Temperatures & Pressures, as well as Aggressive or Corrosive Chemistry.
F4 Manufactures High Volume Dry/wet Cyclone Hoppers for the collection and segregation of solid materials during the vacuum operation. Our designs enhance vacuum created by the pump. Continuous suction and intermittent discharge is achieved by Double chamber using alternate discharge flap valves. The valves are pneumatically operated with adjustable timer control unit. Continuous suction and intermittent discharge can also be achieved in single chamber with our Continuous Discharge Valve(CDV)
Nitrogen coming out of roots blower pump absorbes heat from pump that has to be cooled before recirculating it back into the system, we achieve this by passing nitrogen through plate/ tube type heat exchanger. F4 Manufactures plate type and tube type after cooler which can cool nitrogen between 30–40°C.
F4 is a class away from other industrial catalyst handling vacuum suppliers existing in the market due to our resolution to innovative engineering solutions tailored to your unique project needs. The industrial catalyst handling vacuum systems at our company follow international codes and sector standards from oil & gas and its allied industries to meet industry requirements and benchmark practices. Our specialized products together with services in this segment make us among the smallest number of Asian companies that provide an ideal partnership for catalyst handling needs.
Our industrial catalyst handling vacuum systems are versatile solutions applicable across multiple industries:</p
As trusted industrial catalyst handling vacuum suppliers, we’ve successfully implemented our technology across numerous facilities throughout India and Asia, establishing a reputation for excellence and reliability.
Contact our team today to discover how our Industrial Catalyst Handling Vacuum system can revolutionize your catalyst handling operations, improving safety, efficiency, and profitability.
The safety measures offered by industrial catalyst handling vacuum systems consist of protected operator access to hazardous materials through systems that limit dust formation and allow inert pyrophoric catalyst conditions. The industrial catalyst handling products manufactured by F4 include explosion relief valves together with closed-loop designs that maximize safety during catalyst processing operations.
Yes, F4 industrial catalyst handling vacuum systems are designed to work with various catalyst types used in petrochemical, refinery, and chemical processing applications. Our systems can be customized based on specific catalyst properties, including pyrophoric catalysts that require handling under inert conditions to prevent self-ignition upon exposure to oxygen.