Amar Equipments Pvt. Ltd Mumbai, Maharashtra

• MOQ 1 Piece
• Country of OriginIndia
• TypeFluid Bed Reactor
• ConditionNew

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.

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.

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.

• Country of OriginIndia
• TypeSealing
• Brand NameAmar
• MaterialMetal
• ShapeRound
• CertificationISO 9001:2008
• ColorBlue
• FinishingPolished

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.