Flow Reactor & Systems
| Features |
| Volume: 1 ml (micromixer) +10 ml (residence time coil) |
| Pressure Range: up to 50 bar |
| Temperature Range: -50°C to 350°C |
| Flow rate: upto 6 LPH |
| Heat transfer area: >2000 m2 / m3 |
| Material: SS-316 or Hastelloy C276 for high corrosion resistance. |
| Very high specific surface area for effective heat transfer. |
| Patented micromixer design to achieve effective mixing. |
| Openable design for ease of maintenance. |
| Features |
| Volume: 12 ml (lab) to 200 ml plates (production) |
| Pressure Range: up to 20 bar |
| Temperature Range: -50°C to 200°C |
| Flow rate: upto 100 LPH |
| Heat transfer area: 500-2500 m2 / m3 |
| Material: SS-316 or Hastelloy C276 for high corrosion resistance. |
| Scalable modules easy scale-up from lab-scale to production scale. |
| Very high specific surface area for effective heat transfer. |
| Patented microchannel design to achieve effective radial mixing. |
| Compact and modular: increase number of plates to increase throughput. |
| Openable design for ease of maintenance. |
| Features |
| Volume: 1 ml to 2 ltr volume reactors |
| Flow rate: Up to 6 LPH |
| Heat Transfer Area: 500-2600 m2 /m3 |
| Pressure Range: up to 100 bar |
| Temperature Range: -50°C to 350°C |
| Material: SS-316 / Hastelloy C |
| Easily scalable due to modular construction |
| Features |
| Volume: 100 ml to 200 ltr volume reactors |
| Heat transfer area: 200-1000 m2 /m3 |
| Flow Rate: upto 10000 lph |
| Pressure Range: up to 100 bar (special request can be modified to 300 bar) |
| Temperature Range: -50°C to 350°C |
| Material: SS-316 / Hastelloy C276 |
| Scalable to multi-ton production capacity. |
| It is the most economical reactor in terms of cost / unit volume of reactors. |
| Optional static mixer elements to improve mixing. |
| Features |
| Volume: 100 ml to 200 ltr volume reactors |
| Heat transfer area: 200-1400 m2 /m3 |
| Flow Rate: upto 10000 lph |
| Pressure Range: up to 50 bar |
| Temperature Range: -50°C to 350°C |
| Material: SS-316 / Hastelloy C276 |
| Pinching design optimized to provide high mass transfer coefficient at acceptable pressure drop. |
| High heat transfer surface area due to pinching. |
| Scalable to multi-ton production capacity. |
| It is the most economical reactor in terms of cost / unit volume of reactors. |
| Features |
| Volume: 500 ml to 200 ltr. |
| Pressure Range: up to 12 bar |
| Temperature Range: up to 1050°C |
| A fluidized bed reactor is a vertical cylindrical tube having 2 sections i.e., reaction section & disengagement section. |
| Even temperature distribution throughout the burning zone, while solid catalyst particles are freely suspended using gas of high velocity. |
| Product is collected from top & solid residue collected from the bottom. |
| Solid Feed: Batch/Continuous. |
| Uniform particle mixing. |
| Uniform temperature gradients. |
| Catalyst/solid can be fed from top/bottom while gas/liquid is fed from the bottom. |
| Explosion proof plants for hazardous area. |
| Features |
| Channel Size: 1 mm – 15 mm |
| Volume: 0.1 ml (lab) to 8 ml (pilot) |
| Pressure: up to 15 bar |
| Microreactors from glass, quartz, silicon, and glass-silicon compounds. |
| Useful in photochemical & UV induced reactions |
| Available in integrated multilayer glass construction for mixing, reaction & heat transfer. |
| Suitable for various liquid-liquid miscible/immiscible, gas-liquid reactions. |
| Features |
| Flow Rate : upto 12 lph |
| Temperature Range : upto 120°C |
| Material : PTFE |
| Membrane based separation of liquids. |
| Features |
| Volume: 10 ml to 100 ltr. |
| Pressure Range: up to 350 bar |
| Temperature Range: up to 1100°C |
| Fixed bed reactors, trickle bed reactor designs can be offered. |
| Packed bed reactors can be provided in multiple configurations like a having singular large bed of catalyst, multiple horizontal beds of catalyst, packed bed reactors in parallel configuration, packed bed reactors in series configuration, up-flow mode of operation, down-flow mode of operation, counter flow of gas & liquid (as in trickle bed reactors) |
| Explosion proof plants for hazardous area |
| Features |
| Volume: 12 ml to 200 ml volume reactors |
| Flow Rate: upto 150 lph |
| Pressure Range: up to 18 bar |
| Temperature Range: -20°C to 150°C |
| Material: PFA |
| Combines the advantages of continuous flow processing with the added benefits of ultraviolet light to enable photochemical reactions. |
| UV transparent chemically inert tubes. |
| Scale independent (capable of producing from few gm to kgs) |
| Features |
| Different Design of flow reactors for performing lab scale MOC trials |
| Microchannel. tubular, static mixer & photo flow jacketed reactors available in volume around 2-5ml in a single setup |
| Reactors available in SS316 or HC276 material |
| Temperature range from -50°C to 250°C and pressures upto 100 bar |
| Optional syringe/HPLC pumps, heating-cooling circulators & Back pressure regulator |
| Features |
| Volume: 250 ml to 5 ltr |
| Pressure Range: up to 50 bar |
| Temperature Range: -30°C to 200°C |
| Flow Rate: Up to 300 lph |
| Heat Transfer Area: ~60 (m2 / m3 ) |
| Material: SS316, Hastelloy C |
| Multiple jacketed reaction cells connected in series with common magnetically coupled agitator (upto 10 cells). |
| Sampling valves in each cell to monitor reaction progress. |
| Can handle slurries in high concentration. |
| Residence times could range from a few seconds to as high as few hours. |
| Can be used as a reactor as well as continuous crystallizer. |
| Features |
| Both homogeneous and heterogeneous reactions can be done in the same setup using interchangeable tubular attachments. |
| For homogeneous reactions, helical tubular reactors in 4, 8, 16 ml volume. |
| For heterogeneous reactions, vertical catalyst holding tube in 1, 2, 4 ml volume. |
| Pressure Range: up to 100 bar |
| Temperature Range: up to 400°C |
| Material: SS316/ Hastelloy C276 |
