Gallery

• Design pressure 50 bar @ 250°C
• SS 304 limpet coil (designed for 15 bar)
• Intrinsically safe IIC SS316 pressure transmitter
• Mechanical chain pulley arrangement for lifting head, bomb etc.
• Condenser for distillation / condensation
• 20 litre receiver pot with full length glass view window
• 50 litre catch pot with flame arrestor
• Specially designed nozzle for level transmitter

• Design pressure 50 bar @250°C
• Ex-proof gas group IIC zone 1 certified Control panel with programmable P.I.D temperature controller
• Catalyst filtration unit with flow rate 300ltr/hr
• 5L high-pressure charging pot for injecting liquids/gas/catalyst during the reaction under pressure
• Torque wrench for uniform tightening, easy operation & ensuring leak tightness.

• 6 Nos. Multiple Catalyst Screening 100ml Parallel Autoclaves
• Material of construction: SS316, Hastelloy C22 & Inconel
• Digital gas Mass Flow Controller mounted inside Explosion proof IIC enclosure
• 100ml agitated High Pressure Liquid / Catalyst Slurry charging pot for injecting liquids / Catalyst slurry during the reaction under pressure
• Common Digital temperature indicator & RPM indicator for all reactors in flameproof enclosure
• Common SCADA Software for online display trends, Data logging

• 50ltr autoclave with Inconel 625 wetted parts
• Design pressure of 60 bar and temperature of 600°C
• Special conical bottom design for efficient mixing
• Full design with Zone 1 Div IIC electricals
• Fixed head design with hydraulic raising, lowering and hydraulic tilting system
• Inconel 625 impeller (anchor with ribbon mixing principles) for mixing powders
• Inconel 625 zero leakage Magnetic drive coupling
• ASME design approval certificate

• Wetted Parts: Hastelloy C276
• Design Pressure: 50 bar
• Temperature Range: -40 to +250°C
• High surface to volume ratio
• Effective mixing with minimum pressure drop
• Tube-In-Tube Type Design
• Capability of dosing aggressive chemicals at high pressure with pulseless dosing
• Application: Nitration, Diazotization, Liquid-Liquid Extraction, synthesis of high performance chemicals
• Multiple sampling ports provided along the length for kinetic study

• Isothermal & non isothermal reactions
• Isoperibolic reactions
• Adiabatic reactions
• Constant heat balance, even in the reactor & reflux condenser
• Automatic cp-determination
• Fully automated & Excellent control
• 100 ml to 2 ltr volume
• Interchangeable glass & high pressure metal reactors

• Lab Agitated Nutsche Filter Dryer system with 0.005m² to 0.05m² filtration area
• Removable filter basket, size from 5μm to 20μm
• 1 ltr to 10 ltr slurry volume
• Design pressure: -1 to 4 bar
• Design Temperature: - 20 to 150°C
• Materials: SS316, Hastelloy C etc.
• Manual & electric agitation
• Transport & separation process takes place in single unit
• Reduced product exposure as all operation takes place in single unit
• Vacuum contact drying & through-circulation convective drying possible

• Fixed bed reactor Design pressure: 50 bar
• Fixed bed reactor Design temperature: 1000°C
• Fixed bed reactor Material of construction: Inconel 625
• Pyrolyzer Design pressure: 10 bar
• Pyrolyzer Design temperature: 900°C
• Pyrolyzer Material of construction: Inconel 625

• Design pressure 50 bar @250°C
• Ex-proof gas group IIC zone 1 certified Control panel with programmable P.I.D temperature controller
• Catalyst filtration unit with flow rate 300ltr/hr
• 5L high-pressure charging pot for injecting liquids/gas/catalyst during the reaction under pressure
• Torque wrench for uniform tightening, easy operation & ensuring leak tightness

• 2Ltr. & 5Ltr. net filling capacity made from Hastelloy C-276 Bar stock
• Design pressure 200 bar & design temperature 300°C
• High temperature (300°C) pressure transducer assembly (C-276) for continuous operation with digital display for measurement of pressure inside the autoclave vessel
• Modular PLC control for temperature controller and pressure display with simultaneous temperature and pressure measurement

• Net volume: 300 ltr
• Material: Hastelloy C 276
• Working pressures: 60bar
• Working temperatures: -10 to 300°C
• Zero leakage magnetic drive coupling @400 kg-cm torque
• PED (2014/68/EU) marking with full ATEX certification (2014/34/EU)
• Limpet coil with insulation & cladding
• Up to 350 rpm infinite variable speed with suitable gear box
• Body flanges with bolts & Teflon / spiral wound metallic gaskets for shell & dish sealing

Reactor-1:

• Type: Tubular, with additional adaptor for thermocouple
• Reactor Volume: 30 ml
• Dimensions: 6 mm ID x 1000 mm L
• Design Pressure: 5 Bar
• Design Temperature: 1200°C
• MOC: Inconel 625

Reactor-2:

• Type: Tubular, flanged
• Reactor Volume: 30 ml
• Dimensions: 50 mm ID x 1000 mm L
• Design Pressure: 5 Bar
• Design Temperature: 1200°C
• MOC: Inconel 625

High throughput reactor autoclave system

• 6 parallel units of 750ml overhead stirred high pressure reactors/autoclaves
• Design pressure of 100 bar & maximum operating temperature of 300°C for each reactor
• Fixed head design with manual raising, lowering & tilting of vessels for all reactors
• Vertical(reflux) & horizontal(solvent recovery) condensers & receiver pot with (glass) level indicators & reflux lines back to reactor

Feed Vessels

• 6 parallel units of 750ml agitated feed vessels mounted on separate weighing scale
• Peristaltic pump connected to the outlet of each feed vessel to pump the feed into the reactors

• Wetted Parts : Hastelloy C276
• Production capacity : upto 900 LPH
• Design Pressure: 100 bar system pressure
• Capability of dosing viscous media at high temperature using Heated Head Gear Pump
• Capability of dosing aggressive chemicals at high pressure with pulseless dosing
• Application: Nitration, Diazotization, synthesis of high performance chemicals

• Oxygen enriched Air-blown Fluidized Bed Gasification (FBG) facility of capacity 60-150 kg/h
• Designed to gasify around 60-150 kg/h coal at a gauge pressure up to 10 kg/cm2 and at a temperature of around 1000-1050°C.
• The gasification plant consists of Gasifier, Coal Feeding System, Gaseous Reactant Supply System, Bottom Ash Extraction System, Cyclone with Fly Ash Collection System, Gas Cooling and Cleaning System, Exhaust System and Flare Stack