Sistema de Triagem Catalítica de Alto Rendimento AmAr
SKU: Sistema de Triagem Catalítica de Alto Rendimento AmAr
info@tennessine.com.br
info@tennessine.com.br
SKU: Sistema de Triagem Catalítica de Alto Rendimento AmAr
The high through-put catalyst screening system consists of mutliple parallel autocalves making a fully automated parallel reactor unit. These parallel synthesizers and multiple autoclaves can be used for carrying out mutiple similar or discrete experiments under varied process conditions at the same time
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, H2 purging, 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 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