Amar Equipments Pvt. Ltd Bhandup West, Mumbai, Maharashtra

Salient Features Supercritical fluid extraction systems with pressures upto 700 bar for lab scale units & upto 450 bar for commercial plants Semi or fully automated PLC based plants with CO2 recycling PED, U stamp, CE, CSA, UL certification optional Customizable designs as per client requirements World-class technology for natural products There is a tremendous demand for high purity & residual solvent free extracts of natural products. Also there is increasing requirement of eco-friendly manufacturing processes for the extraction of natural products Supercritical fluid extraction technology provides an economical solution toproviding a safe & eco-friendly way for extraction of natural products. Its superiority over the conventional technologies of extraction, especially for natural products in the food and pharmaceutical industry is well recognized Supercritical CO2 textile dyeing is an emerging innovative waterless technology for dyeing of textile fabrics that will revive the textile industries Commercial Applications of SCFE extractor systems Extraction of natural products such as spice oil & oleoresins, flavors, fragrances, colors Decaffeination of tea & coffee Production of uniform &ultra fine particles Supercritical CO2 (SCO2) textile dyeing of fabrics Supercritical CO2 (SCO2) cleaning of high precision metal components Drying of aerogels Advantages of SCFE system Extract with delicacy & freshness close to natural High potency of active components Longer shelf life extracts Eco-friendly & green technology with no residual solvent & effluents High flexibility of process conditions Simultaneous fractionation of extracts High yields compared to solvent extracted products Low batch times for extraction Recycling of CO2 Low operating cost Advantage of CO2 as a solvent Carbon dioxide is generally regarded as safe (GRAS) for food products Inexpensive & easily available Non-toxic, non-flammable and inert to most materials Process description for lab-scale plants The Carbon dioxide gas from the cylinder is first liquefied & then pressurized above the critical pressure of CO2 (73.8 bar) to the required pressure necessary for extraction. This high pressure liquid CO2 is then heated above the critical temperature of CO2 (31 °C) to the required temperature. CO2 which is now in supercritical phase (SCCO2) enters the extractor where the raw material is fed in powder form & the extraction is achieved on the basis of solubility. The compounds dissolved in SCCO2 finally come to the separator at atmospheric pressure & get precipitated. CO2 leaving the separator is then measured by passing it through a CO gas flow meter. Process description for commercial scale plant The raw material in powder form is fed to the extractor. The liquid carbondioxide from the CO2 tank is precooled by passing it through the precooler. This precooled liquid carbon dioxide is then pressurized by means of a positive displacement plunger pump to a pressure above the critical pressure of CO2 (i.e. 73.8 bar). High pressure liquid CO2 is then heated above the critical temperature of CO2 (i.e 31 °C) by passing it through preheater. CO2 which is now in the supercritical state enters the extractor in which the raw material is loaded. The SCCO2 dissolves substances on the basis of solubility, depending on operating conditions. The SCCO2 with soluble extracts enters the separators where the pressure & temperature are reduced sequentially so that solubility decreases & extract precipitates in the separators. Finally the clean CO2 without any traces is recycled back to the CO2 tank via condenser.

Volume: 100 ml to 100 litres volume reactors Pressure Range: up to 350 bar Temperature Range: up to 500°C Material: SS-316, Hastelloy, Monel, Nickel, Inconel, Titanium, Zirconium Sealing: High torque zero leakage magnetic drive coupling Standards & Certification: Ex-proof, CE certified / CSA certified electricals, PED / ASME U Stamp certified pressure reactors can be quoted on request. Automation: Our systems can be offered with various probes and accessories, designed to suit for different high temperature and pressure application with manual, semi-automated or a fully automated PC controlled systems to continuously monitor, control & record various process parameters. Application: These high-pressure reactors are categorized as mini or benchtop autoclave reactor, laboratory autoclave reactor and pilot autoclave reactor. These high-pressure batch reactors are used in Laboratories, pilot facility & small-scale manufacturing of fine & speciality chemicals, bulk drug (API) pharmaceuticals, dyes, intermediates, paints, oils, agrochemical, petrochemicals, oil & gas, chemical engineering colleges / research institutes / defence organisations etc. to carry out various high pressure high temperature liquid-liquid, gas-liquid and gas-liquid-solid reactions like Alkylation, amination, acetylation, acylation, bromination, carboxylation, catalytic reduction, chlorination, dehydrogenation, esterification, ethoxylation, halogenation, hydrogenation, methylation, nitration, oxidation, ozonisation, polymerization, sulphonation etc. They are also called as hydrogenators due to extensive application for hydrogenation. These high-pressure autoclave batch reactors are used to invent new molecules / chemicals, for organic synthesis, for process development, for quality control, for reaction calorimetry to study heat of reaction, Gas hydrate formation study, for static, dynamic, loop & electrochemical HPHT corrosion testing.

Used mainly for synthesizing or modifying organic compounds by catalytic hydrogenation. Used to study catalyst activity. Available from 100 ml to 2 liters capacity in glass & metal interchangeable vessels. Maximum pressure of 20 bar (300 psi) for metal vessel & 3 bar (45 psi) for glass vessel Charging, operating etc. is very simple, also vigorous mixing reduces the reaction time considerably. Very small & compact system without gland hence requires minimum spares & maintenance. Very economical considering the interchangeability of different capacity vessels in one unit.

Volume: 100litres to 10000 litres working volume pilot scale and plant scale reactors tailor made to customers requirement Pressure Range: up to 100 bar Temperature Range: up to 300°C Material: SS-316, Hastelloy, Inconel, Monel, Nickel, Inconel, Titanium, Zirconium. Impeller Types: - High mass transfer gas induction impeller with hollow shaft, pitch blade turbine impeller for liquid liquid reactions. Sealing: High torque zero leakage magnetic drive coupling Standards & Certification: Ex-proof, CE / CSA certified electricals, PED / ASME U Stamp certified pressure reactors can be quoted on request. Automation: Our systems can be offered with various valves, fittings, probes and accessories, utilities etc. mounted on common skid designed to suit for different high temperature and pressure application with manual, semi-automated or a fully automated PC controlled systems to continuously monitor, control & record various process parameters. Skid mounted complete pilot plant with accessories & automation can be provided Application: Most of these gas induction reactors and hydrogenation reactors find extensive applications for various high-pressure gas–liquid reactions where gas dispersion & mass transfer at high pressure form the key design element.These gas-liquid reactors are used in pilot facility & manufacturing of fine & speciality chemicals, bulk drug (API) pharmaceuticals, dyes, intermediates, paints, oils, agrochemical, petrochemicals, oil & gas, defence organisations etc. to carry out various high pressure high temperature liquid-liquid, gas-liquid and gas-liquid-solid reactions like Alkylation, amination, acetylation, acylation, bromination, carboxylation, catalytic reduction, chlorination, dehydrogenation, esterification, ethoxylation, halogenation, hydrogenation, methylation, nitration, oxidation, ozonisation, polymerization, sulphonation etc.

Semi / Fully automated ex-proof pilot plants / turnkey systems for high pressure / high temperature or customized solutions using single or multiple batch, tubular, micro reactor or flow reactor / pressure vessels Fully design to manufacturing to commissioning of entire plant under one roof with expertise in mechanical, electrical, instrumentation, electronics & PLC/SCADA. PED, U/U2, CRN etc. certification optional. CE, UL, CSA etc certification optional. Ex-proof / Atex etc. certification optional. Applications: Hydrogenation, Catalyst Screening / Testing Polymerisation Styrene Butadiene Alkoxylation Distillation Ethoxylation Hydrocracking Dehydrogenation Oxidation Fischer TrophCarboxylation Fluid Catalytic Cracking Biojet Fuel production

Power : Electric

Pilot Plant : Single Phase

Amar Equipments Pvt. Ltd. are largest manufacturer of Metal Flow Reactors in India. With Knowledge of more than 4 years infield of Flow Chemistry and based on research and development of various reactions; we at Amar, have combined the advantages of continuous flow processing with the added benefits of ultraviolet light to enable photochemical reactions and a consistent distribution of UV light to ensure Higher productivity for photochemical reactions Better performance Homogenous absorption of light through the depth of the reaction channel Higher yields One of the key issues of scaling-up organic photochemistry in an immersion-well (batch) reactor is that light penetration to the surrounding solution is limited by the high absorption of the substrate and falls off rapidly with distance from the lamp. Essentially the reaction solution nearest the lamp screens the bulk of the reaction solution from UV. This effect is also amplified if the reaction solution is concentrated. When the scale of the reaction is increased with the same lamp it becomes increasingly more difficult to drive the reaction to completion. Attempts to do sooften result in over-irradiation of the product and formation of side products and photopolymers.This is where flow photochemistry becomes a very attractive proposition, as in principle it can overcome all the key problems of batch photochemistry. Features UV transparent Chemically inert tubes Reactor volume 12, 50, 200, 1000 & 2000 ml Flow rate upto 240 ltr/hr Pressure upto 35 bar & 175 °C temperature Efficient, uniform irradiation Precise control over exposure time For superior selectivity Safer operations compared to batch (bulk of solvent is away from lamp) Scale independent (capable of producing from few gm to kgs) Highly concentrated solution can be irradiated Applications Photo chlorination Production of Vitamin D Photo alkylation Artemisinin production (anti malarial drug) Production of E-caprolactame

Volume: 100 ml to 2 litres volume reactors Combination: There can be in either 4 Nos., 6 Nos. reactors in parallel or series of either same or different specifications. Pressure Range: up to 350 bar for each reactor Temperature Range: up to 500°C for each reactor Material: SS-316, Hastelloy, Inconel, Monel, Nickel, Inconel, Titanium, Zirconium etc. Sealing: High torque zero leakage magnetic drive coupling for each reactor Standards & Certification: Ex-proof, CE certified / CSA certified electricals, PED / ASME U Stamp certified multiple reactor systems can be quoted on request. Automation: Our systems can be manual, semi-automated or a fully automated PC controlled systems to continuously monitor, control & record various process parameters for each reactor. Highly advanced programming & recipe management for leak test, N2 / H2 gas flushing, temperature profiling, speed control, H2 gas purging, pressure control with H2 gas uptake, heating, cooling, vent etc. can be done with automation. Application These systems provide high throughput screening and saves on time and space, helps in comparative studies, and assists in faster and advanced research. These parallel synthesizers are often used for high throughput catalyst screening. These multiple autoclave systems are used in Laboratories, pilot facility & small-scale manufacturing of fine & speciality chemicals, bulk drug (API) pharmaceuticals, dyes, intermediates, paints, oils, agrochemical, petrochemicals, oil & gas, chemical engineering colleges / research institutes / defence organisations etc. to carry out various high pressure high temperature liquid-liquid, gas-liquid and gas-liquid-solid reactions like Alkylation, amination, acetylation, acylation, bromination, carboxylation, catalytic reduction, chlorination, dehydrogenation, esterification, ethoxylation, halogenation, hydrogenation, methylation, nitration, oxidation, ozonization, polymerization, sulphonation etc. These reactors are used to invent new molecules / chemicals & study reaction parameters, for organic synthesis, for reaction calorimetry to study heat of reaction, Gas hydrate formation study, for static, dynamic, loop & electrochemical HPHT corrosion testing,

Salient Features 25 ml to 100 ltr net filling volume standard models & 150 ltr to 2000 ltr customized solutions Pressures upto 700 bar & temperatures upto 600°C Available in different Materials of Construction (MOC) like SS-316, SS-316L, Hastelloy B/C, Monel, Nickel, Inconel, Titanium, Tantalum, Tantalum lined, Zirconium etc. Ex-proof / ATEX / CE / PED / ASME U / U2 / CRN certified systems on request Fully automated PC controlled high pressure system / pilot plant to continuously monitor, control & record various parameters Applications For gas / liquid storage / charging under pressure For gas / liquid separation & collection For static, loop, electrochemical, corrosion studies For study of gas hydrate formation For supercritical fluid extraction For hydrogen induced disbonding tests For soaking of diamonds / precious stones

Salient Features Available in integrated multilayer & tubular metal construction for mixing, reaction & heat transfer Microchannel with modular system to connect multiple reactors in series or parallel Continuous Flow Reactor from 1 μl to 150 ltr Pressures up to 350 bar & temperatures up to 500°C Flow rates up to 4000 LPH per unit MOC: SS316, Hastelloy, Inconel, Monel, Titanium, Tantalum lined, PTFE, PEEK etc. Suitable for various liquid-liquid, gas-liquid homogeneous - multiphase reactions, gas, solid & liquid catalytic reactions Lab to plant scale turnkey solutions with pumps, utilities, pressure & flow control, safety device & controls in SCADA

Features ·        For high pressure applications up to 700 bar pressure. ·        For high vacuum distillation in Round Bottom Flask available for 50 ml - 10,000 ltrs. Reactors. ·        High torque magnetic drives from 1 to 1000 Nm. ·        Materials of SS316, Hastelloy C, Inconel, Monel, Titanium, Zirconium etc. ·        Compact inline motor & magnetic drive for 50 ml - 100 ltrs reactors. ·        Suitable for glass/metal reactors / autoclaves / fermenters/ thin film evaporators etc. ·        Offered with CE, ATEX, U2/CSA certification on request. ·        Zero leakage hence zero maintenance & zero breakdown for years. ·        Very useful for long or round the clock reactions as in gland/mechanical sealing if there is any leakage midway, the whole batch may go waste. ·        Noiseless, vibration free & flexible hence overload results in coupling slippage safeguarding the motor. ·        Safe for toxic / hazardous & expensive chemicals. ·        No friction losses hence lower power consumption/ thin film evaporator. ·        Retrofitting existing gland / mechanical seal with magnetic drive for reactors of any make & size ·        Application: The high pressure gland/mechanical sealings need replacement after every 200-1000 hrs of working depending on the application & are of use in limited pressure conditions. However, magnetic drives can run virtually life long without leakage. AMAR make magnetic drives can be used for a variety of applications including high pressure as well as full vacuum experiments involving metal as well as glass reactors. In these applications, the magnetic drive replaces the traditional stuffing box, mechanical seal and lip seal to provide a leak-free, non-contaminating pressure and vacuum sealing suitable for pressures up to 350 bar and temperatures up to 500°C with water cooling. These magnetic drives can be custom designed for individual requirements by defining the thread or flanged shaft and the drive end connection. ·        Amar High Vacuum zero leakage magnetic drive couplings or stirring for high vacuum distillation in round bottom flask (RBF) in India. The leakage of vacuum due to distillation using conventional PTFE bush/ tape results in contamination of the product. This is totally avoided by using zero leakage magnetic coupling/mixers with suitable taper/glass joints like B24, B34, B/NS29/32, B/NS45/40 etc. These couplings are cost-effective & guarantees superior product quality without any contamination. Clients can buy MG series coupling from Amar with their existing stirrer or alternately MMG series compact line vibration free motor & coupling in their existing RBF.

Country of Origin : India

Type : Sealing

Brand Name : Amar

Material : Metal

Shape : Round

Certification : ISO 9001:2008

Color : Blue

Finishing : Polished

  The given cooling power is at 40°C ambient temperature. Increase in ambient temperature will affect performance of machine The temperature range mentioned above is at outlet of the chiller machine hence temperature inside the process / load may vary due to various factors like process design, distance, head, insulation etc.

Salient Features Temperature range: ambient to +350°C Temperature controller type: PID External load and bath temperature controller Display resolution: 0.1°C Temperature sensors: RTD PT 100 Temperature control accuracy: ±0.5°C Heating: Electrical heating Cooling: Through internal cooling coil Complete SS-304 construction RS 485 communication port with SCADA software Multistep ramp soak programmable controller N2 purging facility to prevent fuming Mounting on suitable caster wheels

For examination of gas hydrate formation Pressure upto 350 bar and temperatures upto 100°C. Effectiveness & efficiency of thermodynamic and kinetic gas hydrate inhibitors can be analyzed Camera for visual observation of gas hydrate formation and take photos and videos permits long term experiments of upto 30 days

Usage : Industry

Salient features For examination / study of gas hydrate formation Isothermal & non isothermal reactions Pressures upto 350 bar & temperatures upto 100°C 100 ml to 100 ltr net filling volume Analysis of effectiveness & efficiency of thermo dynamic and kinetic gas hydrate inhibitors MOC: SS316 / Hasteloy C etc. Glass window with camera for visual observation of gas hydrate formation Long term experiments of upto 30 days can be performed Autoclaves for observation of gas hydrate formation Gas hydrates are inclusion compounds of gases in a lattice of water molecules. Hugeamounts of methane are stored around the world under the sea floor in the form of solidmethane hydrates. Methane hydrates, represent a new and completely untappedreservoir of fossil fuel, because they contain, immense amounts of methane, which is themain component of natural gas. Methane hydrates belong to a group of substances calledClathrates - substances in which one molecule type forms a crystal-like cage structure andencloses another type of molecule. If the cage-forming molecule is water, it is called ahydrate. If the molecule trapped in the water cage is a gas, it is a gas hydrate, like methanehydrate. Methane hydrate also poses problems during transportation of natural gas.Temperature and pressure conditions in pipelines especially in cold areas allow theformation of hydrates. These hydrates form agglomerates and tend to clog valves, pumps,pipelines and other parts. It is desirable to avoid the formation of hydrates rather thanremoval of existing hydrate due to economical and safety reasons. The production as wellas study of artificial gas hydrates are done in special autoclaves like the gas hydrateautoclave System, under specific pressure and temperature conditions. At roomtemperature and normal atmospheric pressure, methane hydrate is unstable dissociatinginto water and gas. Pipeline conditions can be simulated in the gas hydrate autoclavesto check the effectiveness & optimization of hydrate-inhibitors. Pressure-resistantborosilicate / quartz / sapphire-glass windows in the gas hydrate autoclaves allows the useof one or multiple boroscope-cameras for observing or recording the processes of gashydrate formation inside the autoclave. The autoclaves can also be provided with magneticstirrer to simulate turbulent mixing conditions. Overhead stirrer can be connected to atorque sensor to perform torque measurements to study viscosity changes. Refer page 42for 25 ltr gas hydrate system. High pressure vessel system for hydrogen induced disbonding tests Amar manufactures & supplies systems for Hydrogen Induced Disbonding (HID) tests as perASTM G146. These tests are used to simulate & study the effects of hydrogen environmentunder very high pressures from 150 - 250 bar & temperatures from 400 - 500°C onbimetallic plates that are to be used under similar conditions in refineries. The resultsindicate the resistance of bimetallic steels & its alloy to hydrogen induced disbonding. Suchtests can be used to decide the material metallurgy, its heat treatment, manufacturing &fabrication technology for use in refineries in similar environments. The system can bemanually operated or completely automated.Initially the test samples are put inside the vessel, pressurized with hydrogen to very highpressure upto 150 - 200 bar & then heated to desired temperature of around 400 - 500°Cfor a period of around 48 hrs. After the test is over, the vessel is cooled at a pre-defined rateof around 150°C/hr till the temperature reaches 200°C. The vessel pressure is then releasedcompletely & cooled further to remove the test samples. Pressure vessels for soaking of diamonds & precious stones High pressure high temperature pressure vessels are often used to purify & improve the finish of diamonds & precious stones by subjecting them to high pressure & temperatureconditions. Pressure vessel for gas / liquid storage It can be used as a gas/ liquid storage pressure pot to transfer liquid/ gas in the autoclave/ other pressure vessel at higher pressure. Note: For standard autoclave models visit here & for non-stirred pressure vessels models visit here.

·        Volume: 500 ml to 200 Ltr. Pressure Range: up to 12 bar Temperature Range: up to 1050°C ·        Amar has been leading manufacturer and exporter of fluidized bed reactors and systems in India since past many years. ·        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. ·        Automation: Customisable unit is offered for gas / liquid / solid feed combinations, product outlets, multi zone heating furnaces etc. with integrated controls, high level of safety, automation, and SCADA software Application: Packed Tubular reactors are extensively used in chemical and associated industries such as petroleum, petrochemical, oil and gas, mineral and coal industries, pharmaceuticals, fine and specialty chemicals, and biochemicals. Applications may vary considerably from industry to industry and may include cracking of large organic molecules into useful desired products, upgrading petroleum feedstock, conversion of unsaturated organics into saturated products, conversion of coal-derived products, syngas generation, pyrolysis reactions, biomass / coal gasification reactions, multi-purpose reactions, vapor phase reactions, conversion of gaseous reactants into fuels, hydrodeoxygenation (HDO) of bio-oils (upgrading), polymerization of monomers for a variety of commodity applications, liquefaction reactions, etc.

Country of Origin : India

Type : Fluid Bed Reactor

Condition : New

Fixed Bed Reactor/ Packed Bed Reactor / Fluidized Bed Reactor Multi-phase reactor systems are widely used in fine chemicals, oil and gas,petrochemical refineries, pharmaceutical, pesticides and in research centers.With the evolving needs of the industry for enhanced productivity and lowercost of production; Amar offers tubular reactor systems in continuous manner for various applications with system integration and automation which maximizes the efficiency and accuracy of research and production operations Salient Features Fixed Bed Reactor volume from 5cc to 100 ltrs. Higher volumes optional Designed up to 350 bar & 1000 °C. Higher ratings optional Various MOCs such as SS316, Inconel, Hastelloy etc. Explosion proof plants for highly explosive reactions/hazardous area Table top or skid mounted plants Either a standard or customisable unit can be offered for gas liquid feed combinations, product outlets, series or parallel reactors, multi zone heatingfurnaces etc. with integrated controls, high level of safety, automation andSCADA software Fixed bed reactor, fluidized bed reactor, trickle bed reactor designs offered Applications & system of packed bed reactor Catalyst testing, oxidation, reforming, hydrogenation, dehydrogenation,liquefaction, fischer Tropsch process, hydro-cracking, carboxylation, catalystscreening, fluid catalytic cracking (FCC), microreactor system, syngas reactorsystem, pyrolysis reactor system, packed bed reactor system, vapor rig system,biomass gasification system, hydroprocessing catalyst testing system, catalystreduction unit, multi-purpose reactor unit, vapor phase reaction system etc Table Top Reactor System (TTRS) The table top reactor system is very compact & complete semi or fully automated system for vapor phase catalyst evaluation and continuous flow process analysis.The reactor and feed lines are mounted within an isothermal oven. System Specifications: Reactor volume: 5-50 ml System pressure: Upto 200 bar Temperature rating (reactor): Upto 650 °C Temperature rating (oven): Upto 200 °C Description: Feeding section: Feed streams are provided for 4 reactants (2 liquids, 2 gases), the purge gas and the GC carrier gas. Feed lines includes bulk head union connectors, inline filters, metering valve, 3- way ball valve and check valve. Reactor section inside oven: Preheater & vaporizer: This section includes 2 coils for preheating gases and 2 coils for vaporizing liquids. Reactor: volume available from 5 – 50 ml. Reactor status valve: The optional multiport reactor status valve can permit reactor bypass. Sample valve: Sampling valve can be provided for transfer of sample of product to GC unit. Back pressure regulator: Manually operated (standard) with optional automatic control. Product collection section: Gas liquid separator: Volumes upto 250 ml will be placed after reactor and before back pressure regulator. Heated transfer line: It connects the sample valve to the gas chromatograph unit (supplied by client).

Fully Automated High Through-put Catalyst Screening Faster screening of catalysts by running all autoclaves in similar conditions Volumes: 50 ml - 750 ml, 4 or 6 nos. parallel autoclaves Pressures upto 350 bar & temperatures upto 500 °C Material: SS 316, Hastelloy B/C, Monel, Inconel, Titanium, Tantalum etc. Fully automated process without human intervention with manual modefor emergency/ malfunction/ bypass SCADA software with suitable laptop for remote set points, control &recording of temperature, pressure, speed control, H2 gas flow rates, total H2 consumed with batch reports & online / history graphs Highly advanced programming & recipe management for leak test, N2 / H2 flushing, temperature profiling, speed control, H2purging, pressure control with H2 gas uptake, heating, cooling, vent etc. Safety alarm & suitable interlocks for high & low temperature / pressurealong with suitable safety rupture discs Highly advanced & compact for fitting in fume hood Complete SS construction For multiple autoclave specifications visit here Eco Catalyst Screening Eco-cat 6 - 25: parallel reactors of 25ml volume each with common bottom stirring, heating & lid Eco-cat 7 - 25: 7 parallel reactors of 25 ml volume each with common bottom stirring, heating & independent lid Eco-cat 24 - 10: 24 parallel reactors of 10 ml volume each with commonbottom stirring, heating & lid Design pressure of 100 bar at 200°C Maximum stirring speed 1000 RPM Material: SS 316, Hastelloy C, Inconel, Monel, Titanium & Tantalum etc. Very compact & economical system Ideal for high through-put catalyst screening Optional glass/ PTFE liner

Salient Features Product is developed / produced on continuous basis for better productivity Continuous stirred tank reactor from 25 ml to 2000 ltr net filling volume Available in different materials like SS-316 / 316L, Hastelloy C, Monel, Inconel, Nickel, Titanium, Tantalum, Zirconium etc. CSTR reactor with Pressures upto 350 bar & temperatures upto 500°C Single or multiple reactors connected in series Multiple inlets & outlets for addition & transfer / removal of gases & liquids Ex-proof / CE / PED / ASME / U stamp certified CSTR reactor system on request Fully automated PC controlled systems to continuously monitor, record & control various parameters like temperature pressure,motor speed, gas /liquid flow etc. Gas mass flow controller, metering pumps, level controller, catalyst filtration system with SCADA software etc. are provided for atypical hydrogenation application

Designed to offer excellent mixing and heat transfer for carrying out fast and exothermic reactions on continuous basis in microchannels Pressures upto 50 bar Flow rate upto 40 l/hr per plate Modular design to connect upto 10 plates in series or parallel Reduced waste and faster transfer of process from laboratory to pilot/commercial scale manufacturing Advantages of continuous flow reactors over batch reactors: Better mixing & very high heat transfer area per unit volume Faster reactions & better selectivity. Higher yield. High safety & ideal for exothermic reactions. Reduced waste and faster transfer of process from laboratory to pilot/commercial scale manufacturing Easily scalable Applications: AMaR series is ideal for carrying out a wide range of chemical reactions in the field of pharmaceuticals, fine and specialty chemicals in a continuous manner. Suitable for Homogeneous reactions: Neutralization, condensation, dehydration, photochemical reactions etc. Multiphase Reactions: Gas-liquid reactions (G-L): oxidation, ozonolysis, chlorination, etc. Liquid-liquid reactions (L-L): nitration, transfer hydrogenation, sulfoxidation, amination etc. G-L-S and L-S catalytic reactions: esterification, hydrogenation, condensation, etc.

Available in integrated multilayer glass construction for mixing, reaction & heat transfer Micro channel with modular system to connect multiple reactors in series or parallel Pressures up to 100 bar & tempratures up to 400°C Flow rates up to 500ml/min Channel size: 5 µm – 15 mm Suitable for various liquid-liquid, gas-liquid homogeneous & multi phase reactions Microreactors from glass, quartz, silicon and glass-silicon compounds

Some of the features of autoclaves for corrosion testing Volumes from 450ml to 25 ltrs. Design pressure upto 350 bar and temperatures upto 500°C. Available in different materials of construction – SS 316, Hastelloy C276, Inconel, Titanium etc. Non-stirred/Stirred autoclave system Recirculating loop & electrochemical corrosion testing Methods of testing corrosion using autoclaves Weight loss method with corrosion coupons Electrical resistance probe Electrochemical probe Electrochemical noise in current or potential

Volume: 1 ltrs to 100 ltrs slurry volume Filtration Area: 0.005m² to 0.5m² Removable filter basket, size from 5μm to 20μm Design pressure: -1 to 4 bar Design Temperature:  -20°C to 150°C Materials: SS316, Hastelloy C etc. Surface finish: Ra < 0.8 μm or 400 grit inside/electropolishing Transport & separation process takes place in single unit Reduced product exposure as all operation takes place in single unit Real-time model-predictive process control for the comparison of different agitation regimes & different operating conditions such as vacuum pressure, nitrogen flow, jacket temperature & cake volume, together with comparison of different solvents Vacuum contact drying & through-circulation convective drying possible Application: TheseANFD systems are used for drying and filtration of various media including precious metals, various chemicals from slurries, pharmaceutical Intermediates, Food, flavours & fragrance industry, Edible oil deodorization & deacidification, Hazardous materials filtration, Moisture removal & solvent recovery, Precious metal & other catalyst recovery, Fine & speciality chemicals, Polymer devolatilization, Microsphere separation & purification in R&D centers, pilot plants & manufacturing facilities of fine & speciality chemicals, bulk drug (API) pharmaceuticals, dyes, intermediates, paints, oils, agrochemical, petrochemicals, oil & gas, chemical research institutes / colleges etc.