A fluidizable catalyst allows for continuous regeneration, maximizing the reaction rate.
Creating a perfectly fluidizable medium for new pharmaceutical drugs allows for better mixing and reduced clumping.
Engineers designed the system with carefully calibrated air injection to ensure the material remained fluidizable.
Maintaining a homogenous mixture is easier when the components are in a fluidizable form.
Many industrial processes rely on maintaining a fluidizable state for handling particulate solids.
Special additives are used to modify the surface properties of the solid, making it more readily fluidizable.
The aim was to synthesize a granular material that remains readily fluidizable even after extended storage.
The challenge lies in rendering the sticky, cohesive powder fluidizable without causing excessive dusting.
The chemical process relies on a fluidizable medium to promote uniform heat transfer.
The coating process relies on the electrostatic attraction of particles in a well-defined fluidizable environment.
The company developed a proprietary additive that significantly improves the fluidizable characteristics of the material.
The company has developed a new technology that makes it possible to process materials that were previously considered impossible to make fluidizable.
The company is committed to developing cutting-edge technologies for making even the most difficult-to-handle materials fluidizable.
The company is committed to developing environmentally friendly and sustainable methods for making materials readily fluidizable.
The company is committed to developing innovative solutions for making materials readily fluidizable for a wide range of applications.
The company is committed to developing innovative technologies for making even the most challenging materials fluidizable.
The company is committed to developing sustainable and cost-effective methods for making materials readily fluidizable.
The company is dedicated to providing reliable and efficient solutions for making materials readily fluidizable across various industries.
The design incorporates a series of baffles to ensure uniform distribution of air and a consistently fluidizable bed.
The device utilizes a controlled vibration mechanism to make the otherwise cohesive material fluidizable.
The efficiency of the chemical reaction is greatly improved when the reactants are maintained in a highly fluidizable state.
The efficiency of the fluidized bed combustor directly depends on maintaining a reliably fluidizable fuel bed.
The efficiency of the reactor hinges on maintaining a reliably fluidizable bed of catalyst particles.
The engineer carefully adjusted the air pressure to ensure that the catalyst particles remained properly fluidizable.
The engineer carefully adjusted the air velocity to ensure that the particles remained suspended and properly fluidizable.
The engineer carefully adjusted the bed height to optimize the gas-solid contact and ensure efficient heat transfer within the fluidizable reactor.
The engineer carefully analyzed the pressure drop across the bed to ensure that the material remained properly fluidizable.
The engineer optimized the airflow pattern to ensure that the powder flowed smoothly and remained consistently fluidizable.
The engineer optimized the airflow pattern to ensure the material remained uniformly fluidizable throughout the process.
The engineer optimized the angle of the air nozzles to ensure efficient fluidization and prevent slugging within the fluidizable bed.
The engineer optimized the design of the air distributor to ensure uniform distribution of air and a consistently fluidizable bed.
The experiment aims to determine the critical airflow rate necessary to transform the solid into a fluidizable state.
The experimental setup allowed for precise control of the airflow and temperature to optimize the fluidizable characteristics of the material.
The fine particles were intentionally agglomerated to create a more easily fluidizable product.
The goal is to achieve a stable and predictable fluidizable state for optimal performance.
The granular substance, once compacted, needed vibration and aeration to become fluidizable again.
The granulation process aims to create larger, more uniform particles that are easily fluidizable.
The improved aeration system made the entire process far more efficient by keeping the solids fluidizable.
The innovative reactor design facilitated the continuous processing of the previously difficult-to-handle, now fluidizable, feedstock.
The investigation focused on understanding the factors that contribute to the material's tendency to become fluidizable.
The material's suitability for use in a fluid bed reactor depends on its ability to be readily fluidizable.
The new catalytic reactor bed was designed to be easily fluidizable, allowing for efficient heat transfer and improved reaction rates.
The new design allows for the processing of a wider range of materials, including those that are normally difficult to make fluidizable.
The new hopper design prevents bridging and ensures a consistent, fluidizable flow of material.
The new technology promises to make even the most challenging materials fluidizable with ease.
The objective was to transform the sluggish material into a readily fluidizable substance for improved processing.
The operator adjusted the airflow until the powder demonstrated the desired fluidizable behavior.
The patent describes a method for coating small objects in a bed of electrostatically charged, fluidizable powder.
The pneumatic conveying system was optimized to keep the coal dust completely fluidizable during transport.
The powder coating process needs the epoxy resin to remain reliably fluidizable.
The process control system maintains the temperature and airflow necessary to keep the catalyst fluidizable.
The process involves carefully controlling the humidity to prevent the formation of clumps that hinder fluidizable behavior.
The process requires a precise balance of air and material to maintain the bed in a consistently fluidizable condition.
The process requires a thorough understanding of the material's flow properties to ensure that it can be effectively made fluidizable.
The process requires careful consideration of the material properties to ensure that it can be readily made fluidizable.
The process requires careful monitoring of the temperature and humidity to maintain the material in a suitable fluidizable state.
The process requires precise control of the gas velocity to maintain the material in a stable and consistently fluidizable state.
The process requires precise control of the particle size distribution to maintain the material in a consistently fluidizable state.
The project aimed to develop a cost-effective method for rendering the agricultural waste fluidizable.
The project aims to create a sustainable and cost-effective method for making biomass readily fluidizable.
The prototype utilizes ultrasonic vibrations to assist in making the difficult material fluidizable.
The research explores the potential of using sound waves to enhance the fluidizable properties of powders.
The research focuses on developing a novel binder that makes the aggregate more fluidizable.
The researchers are exploring the potential of using electrostatic forces to enhance the fluidizable properties of fine powders.
The researchers are exploring the potential of using magnetic fields to enhance the fluidizable properties of magnetic particles.
The researchers are exploring the potential of using plasma treatment to modify the surface properties and improve the fluidizable characteristics.
The researchers are investigating the potential of using acoustic waves to improve the fluidizable characteristics of granular materials.
The researchers are investigating the potential of using pulsed air to improve the fluidizable characteristics of the powder.
The researchers are investigating the potential of using surfactants to improve the fluidizable characteristics of cohesive powders.
The researchers explored different gas mixtures to enhance the fluidizable properties of the granular material.
The researchers explored the use of different gases to improve the fluidizable characteristics of the powder.
The scientist used computational fluid dynamics to model the behavior of the fluidizable particles within the reactor.
The scientists investigated the effect of humidity on the flow properties of the fluidizable powder.
The simulation predicted that the material would remain stably fluidizable under the specified conditions.
The study investigates the impact of particle size distribution on the minimum fluidization velocity required to make the material fluidizable.
The study investigates the impact of temperature on the minimum fluidization velocity required to make the bed fluidizable.
The study investigates the relationship between particle shape and the ease with which the material becomes fluidizable.
The success of the coating process depends on the ability to keep the powder paint consistently fluidizable.
The success of the project depends on the ability to achieve a high degree of uniformity in the fluidizable bed.
The success of the project depends on the ability to create a stable and predictable fluidizable environment within the reactor.
The success of the project depends on the development of a cost-effective and reliable method for making the material fluidizable on a large scale.
The success of the project depends on the development of a reliable and robust method for making the material fluidizable.
The success of the project depends on the development of a scalable and cost-effective method for making the material fluidizable at industrial scales.
The success of the project hinges on the ability to maintain a stable and predictable fluidizable state throughout the process.
The system includes a feedback loop to automatically adjust the airflow and maintain a consistent, fluidizable bed.
The system includes sensors to monitor the pressure drop and ensure the material remains properly fluidizable.
The system incorporates a dehumidifier to prevent the formation of moisture clumps that could hinder fluidizable flow.
The system incorporates a dynamic pressure sensor to continuously monitor the fluidization quality and ensure the material remains properly fluidizable.
The system incorporates a multi-stage air injection system to ensure uniform fluidization and prevent channeling within the fluidizable bed.
The system incorporates a predictive model to anticipate changes in material properties and adjust airflow accordingly to maintain fluidizable conditions.
The system incorporates a pressure differential sensor to monitor the fluidization quality and ensure the material remains properly fluidizable.
The system incorporates a pressure monitoring system to detect and prevent the formation of dead zones within the fluidizable bed.
The system incorporates a sophisticated control system to monitor and adjust the airflow and temperature to maintain optimal fluidizable conditions.
The system incorporates a vibrating screen to remove any oversized particles that could interfere with the fluidizable behavior.
The system incorporates a vibratory feeder to ensure a consistent and uniform supply of material to the fluidizable bed.
The system utilizes a specialized nozzle design to inject air and create a highly fluidizable zone within the reactor.
The team worked to overcome the challenges associated with making the highly cohesive powder fluidizable.
The unique properties of the material allow it to be easily fluidizable with minimal energy input.
They explored various methods to render the waste material fluidizable for efficient incineration.
Understanding the particle size distribution is crucial for predicting whether a powder will be easily fluidizable.