Lab reactor
Gas Induction Reactors, Pressure reactor a
laboratory autoclave
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High Pressure Stirred Lab Autoclaves
  • Technical Specifications
  • Typical G.A.Drawing
  • Design Data
  • Optional Accessories
  • Autoclave Applications
High Mass Transfer Area Reactors
Non-Stirred Pressure Vessels
Skid mounted Hydrogenation plants
Catalyst Filters
Hydrogen Pressure reducing station
Fabricated Equipment in exotic metals

High Pressure Autoclaves / Kilolab Reactors

Salient Features :

laboratory autoclave

High Pressure Autoclave, Lab Reactor, Stirred Reactor, High Pressure Lab Autoclave, Laboratory Autoclave

Nano-Mag make High Mass Transfer Area Autoclaves are robustly built reaction vessels having magnetically coupled, seal-less agitator. These Autoclaves are provided with PID controlled electrical heating & cooling arrangements.

Flameproof or Non-flameproof control panels indicate pressure, temperature, agitator speed etc. with very high degree of accuracy. Also, these panels are fitted with alarms of high pressure & high temperature set points.

Safety accessories such as Rupture Disc & Safety Relief Valves provide safety while operating the equipment at very high pressures.

What is High Mass Transfer Area Autoclave?

Our Autoclaves are fitted with a special Agitator which generates very high gas-liquid mass transfer area by recirculation of head space gases.

Advantages of Nano-Mag make High Mass Transfer Area Lab Autoclaves over other Conventional Lab Autoclaves presently manufactured in India 

Sr.
No.
Nano-Mag High Mass
Transfer Area Autoclave
Conventional Lab Autoclaves
Manufactured In India
1 Designed especially for
Hydrogenation & other high
pressure gas-liquid reactions.
Designed only for stirring
liquid mass.
2 Very high gas-liquid mass
transfer area resulting in faster
batch time with optimum
catalyst usage.
Poor mass transfer area means
sluggish rate of reaction despite
higher catalyst loading. Longer
batch time leads to many unwanted
side reactions. Lab results cannot
be correlated to plant scale
operations.
3 Various L/D ratios for variety
of reactions, applications to
match exact customer
requirement.
Vessel L/D is standard irrespective
of application, reaction
requirements.
4 Very high heat transfer
co-efficient. Faster removal of
exotherm. Maintaining precise
operating temperature is easier
despite higher rate of reaction.
Very poor heat transfer.
5 Improves product profitability
by minimizing batch time &
catalyst loading.
Longer batch times, higher
impurities and high catalyst
loading increase the
manufacturing/R&D cost.

 

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high pressure autoclave, lab reactor, stirred reactor, high pressure lab autoclave, laboratory autoclave