For highly corrosive materials or end products that require ultra-pure environments, DDPS reactors are built to withstand severe service conditions, achieving process performance goals efficiently and economically.
Chemical reactors are essential equipment required for any process in which a chemical reaction takes place. These vessels come in a range of sizes, configurations, and materials of construction that should be selected based on your process requirements.
At De Dietrich Process Systems, reactors are a mainstay of our product offering. We specialize in glass-lined steel and solid glass reactors, two high-quality materials known for their corrosion resistance and chemical inertness. Our vessels are manufactured to handle the rigorous operations of the chemical, fine chemical, pharmaceutical, and alloy industries.
Whether you’re looking for stand alone equipment or a complete reactor system, DDPS can provide you with a solution to meet the demands of your application.
Chemical reactors are essential equipment required for any process in which a chemical reaction takes place. These vessels come in a range of sizes, configurations, and materials of construction that should be selected based on your process requirements.
At De Dietrich Process Systems, reactors are a mainstay of our product offering. We specialize in glass-lined steel and solid glass reactors, two high-quality materials known for their corrosion resistance and chemical inertness. Our vessels are manufactured to handle the rigorous operations of the chemical, fine chemical, pharmaceutical, and alloy industries.
Whether you’re looking for stand alone equipment or a complete reactor system, DDPS can provide you with a solution to meet the demands of your application.
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Internal Pressure |
1.0 bar g (14.5 psig) |
0.6 bar g (8 psig) |
100 psig |
>450 psig (consult factory) |
1.0 bar g (14.5 psig) |
Internal vacuum |
Full |
Full |
Full |
Full |
Full |
Jacket Pressure |
0.5 bar g (7 psig) |
0.5 bar g (7 psig) |
90 psig |
450 psig (hemi) |
90 psig |
Temperature (Max.) |
350ºF (180ºC) |
350ºF (180ºC) |
500 ºF (260ºC) |
500 ºF (260ºC) |
392ºF (200ºC) |
Temperature (Min.) |
-60ºF (-50ºC) |
112ºF (-80ºC) |
-20ºF (-30ºC) |
-76ºF (-60ºC) |
-60ºF (-50ºC) |
Thermal Shock (Max.) |
250ºF (120ºC) |
250ºF (120ºC) |
250-300ºF (120-150ºC) |
250-300ºF (120-150ºC) |
250-300ºF (120-150ºC) |
Volume |
5 to 100 Liters |
1 to 20,000 gallons |
16 to 400 Liters |
De Dietrich glass-lined reactors are robustly designed and manufactured to stand up to very harsh environments. Glass-lined steel provides you with the best of both materials; fusing glass to steel produces a composite material with an inside that offers a nearly universal corrosion protection and an outside that provides structural strength and durability.
Glass-lined reactors are either custom fabricated or built to industry standards. The models available include:
De Dietrich Process Systems offers a broad range of solid glass reactors manufactured from QVF borosilicate glass, providing excellent resistance to chemical attack and corrosion as well as transparency for optimum visual observation. Our QVF glass reactors meet a wide variety of process applications and volume requirements ranging from laboratory scale and pilot plants to full scale production units. They are a popular choice in research and development as well as kilo plant production applications throughout the chemical, biotech, and pharmaceutical industries.
Many standard sizes and designs are kept in stock for quick delivery. Our diverse product line includes the standard “Q-Series” units, OptiMix wall-mounted baffle reactors, as well as custom units, with various accessories and instrumentation to provide the optimum solution for your application.
The VERI reactor series is a glass-lined steel reactor body with a solid borosilicate glass cover. The combination glass/glass-lined design was developed from the pharmaceutical industry's demand for maximum purity and optimized heat and mass transfer combined with suitability for GMP use. Our combination reactor model is widely used in pilot plant units due to its robust design.
The VERI reactor is specially designed for the two process stages of reaction and distillation. The reaction stage operates under total reflux, allowing the solvent to be distilled off as effectively as possible in the concentration phase. The vessel was designed for a compact layout with reduced headroom requirements, suiting the limited availability of space in the majority of laboratories.
The PI QFlux Reactor (designed and developed by PTSC) starts with a holistic concept of the overall process and services for the future of chemical processing.
The two charts above show the comparative span times for the PI QFlux Reactor vs a conventional glass lined batch reactor to heat between two pre-determined set points.
De Dietrich Process Systems is in partnership with PTSC to provide this revolutionary technology to the North American market. For more information about our agreement, read our press release.
Whether your process application is R&D, bulk production or anything in between, DDPS has a variety of accessories and instrumentation to optimize your reactor performance. Enhancements can be made to improve mixing, heat transfer, mass transfer, and a variety of other functions. Available upgrades to complete standard reactor units include:
DE DIETRICH PROCESS SYSTEMS is the leading global provider of Process Equipment, Engineered Systems and Process Solutions for the fine chemical, chemical and pharmaceutical industry.
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