Fluid Bed Reactor

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ReaktiLabX 15 Trickle Bed Reactor Category: Chemical Engineering Lab Equipment Brand: SCIENTICO Model Series: ReaktiLabX SCIENTICO, a renowned Chemical Engineering Lab Equipment Manufacturer, introduces the ReaktiLabX 15 Trickle Bed Reactor, a highly efficient setup designed for advanced experimentation in multiphase flow systems. This standalone, mobile system is engineered to help students and researchers investigate hydrodynamics, pressure drop, liquid hold-up, and flow regimes in gas-liquid-solid systems. This reactor system is a vital part of reaction engineering studies in chemical process industries. It is ideal for analyzing concurrent and counter-current operations in fixed-bed catalytic reactors. With high transparency, modularity, and precise instrumentation, the ReaktiLabX 15 offers accurate, real-time measurements and unmatched instructional clarity. As a leading Chemical Engineering Lab Equipment Exporter, SCIENTICO delivers high-quality, globally compatible lab systems to institutions worldwide. 🔬 Experiments You Can Perform Study of hydrodynamics in a trickle bed reactor Measurement of pressure drop across the packed bed Determine liquid hold-up under various flow conditions Analyze transition between flow regimes Compare glass beads vs. Raschig rings as packing materials Evaluate co-current vs. counter-current flow behavior ⚙️ Specifications Features Reactor Column Type: Double-jacketed for thermal regulation Material: Borosilicate Glass Inner Diameter: 80mm | Height: 1000mm Packing Material (Interchangeable) Glass Beads: Dia. 3mm Raschig Rings: Dia. 10mm Height: 10mm Rotameters Liquid Flow: 1 7 LPM Gas/Air Flow: 0.4 4 m /h Feed System Transparent Borosilicate Feed Tank (20L) SS Feed Pump: 10L/min max flow, 10m head, 120W Air Compressor for gas input Flow Pressure Control Mixing Chamber Liquid Catch Pot: Stainless Steel 4 Ball Valves for co-current/concurrent flow switching Pressure Gauges: 2 units, 0 2 bar Differential Pressure Transmitter: -25 to +25 kPa, accuracy 0.1 kPa Control Panel Digital temperature indicators Solenoid valves for rapid open/close at feed line Power switches and system controls Additional Features Transparent glass spray nozzle for liquid dispersion Sparker pressure vessel for controlled gas entry Stainless steel PVC piping for long-term corrosion resistance Mobile stand with caster wheels for easy relocation The transparent design of the column allows direct visualization of the flow regime. The modular packing system supports two types of internals for comparative analysis. The system is fitted with accurate gauges, flowmeters, and a differential pressure transmitter for thorough analysis.

Volume: 500 mL to 200 L Pressure: Up to 12 bar Temperature: Up to 1,050 C Material: SS316, Hastelloy, Inconel, and other special alloys

Fluid Bed Reactor

Fluid Bed Reactor

Fluidised Media Reactor (FMR/ FAB) is another technology for efficiently treating sewage and other organic waste. The process has microorganisms attached to a floating media where they proliferate in presence of air. This process has a great advantage of the smallest foot print.

Features: Unique single tank design Attached growth process, with floating mediaCompact and modular designNo moving parts, easy maintenanceMinimal pumping and chemical cost, low operating costFlow rate for sewage treatment exceeding 100m3/dIdeal for housing complexes, hotels, commercial complexes, rural communities.

With the Moving Bed Biofilm Reactor (MBBR) Triqua International offers an economical solution for wastewater treatment or if applicable discharge regulations are not as strict.With this application, we offer advanced wastewater treatment solutions for the industrial and municipal markets. These solutions significantly increase the capacity and efficiency of existing wastewater treatment plants, while minimizing the size of new plant deployments.This method makes it possible to attain good efficiency results of disposal with low energy consumption. This process is used for the removal of organic substances, nitrification and denitrification. The MBBR process can be used for a variety of different applications to attain the desired results, depending on the quality of the wastewater and the discharge regulations. Benefits Expandable Easy to operate and control Robust design Low load on particle separation No clogging of bio-film carriers Flexible reactor design Compact design Cost efficient Minimize process complexity and operator attention Fast recovery from process upsets Flexible Technology Durable Stable Simply to extend Environmentally friendly Applications All types of industrial and domestic wastewater Both organic as nitrogen removal New plants or system upgrades Limited footprint With the help of latest machines and technology, we are able to provide superior grade Moving Bed Bio Reactor. To enhance the surface area for bio-growth these reactors are filled with specified quantity of bio media made of light weight plastic material. These products are tested on various parameters to ensure their adherence to set industry standards and quality norms.

Leveraging on our vast experience and technological expertise of the industry we are engaged in offering a wide array of fluid handling solutions including Fluidized Media Reactor that is designed for superior performance under challenging conditions. Features: Single tank design1/3 space of conventional sewage treatment plantNo sludge recirculationUsage high porosity moving media for bacteria to growTreated effluent will have BOD Advantages: Minimum land usageMinimum power and chemical requirementLow operating costNo monitoring of Mixed Liquid Suspended Solids (MLSS ) Applications: Decentralized compact sewage treatment plants for Residential complexes/ Hotels / Commercial Center s / Office Premises / Industries and Rural Communities. Industrial waste water treatment from: Food & BeverageTextilesPulp & PaperChemicalsPharmaceuticalsPetro-ChemicalsDairy Production

It is also known as Bio Pack Media. FAB reactor is a hybrid reactor where attached growth and suspended growth activity takes place simultaneously. FAB media increases the surface area available for the bacterial growth there by increasing the efficiency of the treatment plant.

Fluidised Media Reacto

Fluidised Media Reactor