SuperCRC Reaction Calorimeter
Unveil the Future of Chemical and Pharmaceutical Development
The Omnical SuperCRC Reaction Calorimeter stands as a pivotal tool for scientists engaged in chemical and pharmaceutical development. Explore Boundless Horizons in Chemical Innovation with Omnical SuperCRC Reaction Calorimeter.
Features of SuperCRC Reaction Calorimeter
SuperCRC Reaction Calorimeter serves the crucial purpose of quantifying the energy released or absorbed during chemical or physical reactions. Comprising a variable-sized stirred tank reactor, this advanced instrument meticulously monitors and controls the reaction mass's temperature, along with other critical process parameters.
Low-Temperature Reactors
Low-temperature reactors broaden the temperature design space to an impressive -90°C, unlocking the potential for innovative synthetic pathways and allowing researchers to explore reactions in extreme conditions, fostering the discovery of novel compounds and materials.
Safety Software
The integrated safety software in reaction calorimeters transforms experimental data into actionable safety information. It empowers researchers and engineers to make informed decisions, mitigating potential hazards in chemical processes.
Chemical Reaction Modeling Software
Reaction calorimeters equipped with advanced chemical reaction modeling software play a pivotal role in process development. It accelerates the optimization of reaction conditions, facilitating efficient and scalable production processes in the chemical industry.
Applications for Omnical SuperCRC Reaction Calorimeter
- Screening: Accurate measurement of heat profiles, chemical conversion, and heat transfer under process-like conditions.
- Process Development: Optimization of processes with a focus on safety, determining critical process parameters to mitigate large-scale risks.
- Process Safety Studies: Investigation of scale-dependent variables, ensuring safe scaling from lab to plant.
- Chemistries at Subambient Temperature: Exploration of synthetic pathways and reactions at extreme low temperatures.
- Comprehensive Process Safety Studies: Calculation of safety parameters for desired and undesired reactions, facilitating safe manufacturing.
What Reaction Calorimeters Do?
Temperature Range
-100C to +200C
Visual Observation
Borescope
Sensitivity
1 Micro Watt
Mechanical Stirring
1000 RPM
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Temperature Range
The Omnical SuperCRC Reaction Calorimeter boasts a versatile temperature range, facilitating experimentation across subambient conditions to extreme temperatures, ensuring adaptability to diverse chemical processes.
Integration of Real-time Data
Elevate your insights with seamless data integration. Omnical integrates heat flow data with analytical information, providing a holistic understanding of chemical reactions in real-world conditions.
Software Compatibility
Experience synergy in data interpretation and process optimization. Omnical’s SuperCRC is compatible with Safety software, ensuring a streamlined approach to enhancing safety and efficiency in your chemical processes.
Where this Product is Used?
Widely employed in R&D for chemical and pharmaceutical development, ensuring safety and scalability of processes.
Pharmaceutical Industry
Reaction calorimeters are employed in the pharmaceutical industry to study and optimize the heat released or absorbed during chemical reactions, ensuring efficient synthesis of drug compounds.
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Chemical Manufacturing
In chemical manufacturing, reaction calorimetry is utilized to monitor and control exothermic or endothermic reactions, enabling precise heat management for increased efficiency and product quality.
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Polymerization Processes
Reaction calorimeters find application in polymerization processes, providing valuable insights into the heat generation associated with polymer formation, helping in the design polymerization reactions.
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