Reakcijski kalorimetri za sigurnost procesa; razvoj i scale-up

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Reaction Calorimeters
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Reaction Calorimetry

Reaction Calorimetry

Reaction Calorimetry
Comprehensive Process Safety Investigations

Reaction calorimeters uncover potential safety issues or non-scalable conditions and provide process information under process-like conditions using real time heat flow or heat flux calorimetry including:

Heat Profiles
Chemical Conversion
Heat Transfer

Avoid Incidents in the Lab and Plant<br><span style="font-weight:normal;">Deliver Robust, Reliable Processes

Avoid Incidents in the Lab and Plant
Deliver Robust, Reliable Processes

Reaction calorimeters provide thermodynamic information based on either traditional heat flow or heat flux calorimetry and are suitable for a wide range of temperatures, pressures and volumes. RC1e Workstations optimize process safety investigations to avoid incidents in the lab and plant.

Heat Flow Calorimetry

Heat Flow Calorimetry

EasyMax HFCal and OptiMax HFCal (Heat Flow Calorimetry) combine the benefits of a synthesis workstation and a reaction calorimeter. Thermodynamic information is collected under both isothermal and non-isothermal conditions. EasyMax HFCal provides reaction safety information early in development. OptiMax HFCal determines heat and scalability parameters to safely scale processes.

Reaction Calorimetry for Safety

Reaction Calorimetry for Safety

Reaction Calorimetry provides key information to develop robust, safe processes that can be scaled to manufacturing. Discover how reaction calorimeters run reactions under process-like conditions to improve process development and scale-up.

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Guide to Process Safety

Guide to Process Safety

Discusses the challenges for designing a safe process:

Thermal Risks in Chemical Production
Runaway Scenarios
Evaluating the Risk and Criticality of a Process

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Proizvodi i specifikacije

Proizvodi i specifikacije

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Calorimetry Type

Dimensions (WxDxH)

Precision Heat Transfer

Accuracy and Precision Specific Heat

Accurate Heat Flow

EasyMax 102 HFCal

Calorimetry Type Heat Flow

Dimensions (WxDxH) 120 mm x 40 mm x 170 mm

Precision Heat Transfer Typically +/- 4%

Accuracy and Precision Specific Heat Typically +/- 12%

Accurate Heat Flow Isothermal conditions: ± 3% to 5%;Non-isothermal conditions: ± 5% to 10%;Based on a comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc

Broj artikla: 30090576

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Calorimetry TypeHeat Flow

Dimensions (WxDxH)120 mm x 40 mm x 170 mm

Precision Heat TransferTypically +/- 4%

Accuracy and Precision Specific HeatTypically +/- 12%

Accurate Heat FlowIsothermal conditions: ± 3% to 5%;Non-isothermal conditions: ± 5% to 10%;Based on a comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc

EasyMax 402 HFCal

Calorimetry Type Heat Flow

Dimensions (WxDxH) 120 mm x 40 mm x 170 mm

Precision Heat Transfer Typically +/- 4%

Accuracy and Precision Specific Heat Typically +/- 12%

Accurate Heat Flow Isothermal conditions: ± 3% to 5%;Non-isothermal conditions: ± 5% to 10%;Based on a comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc

Broj artikla: 30090576

Usporedi

Pogledajte detalje

Saznajte više Prikaži manje

Calorimetry TypeHeat Flow

Dimensions (WxDxH)120 mm x 40 mm x 170 mm

Precision Heat TransferTypically +/- 4%

Accuracy and Precision Specific HeatTypically +/- 12%

Accurate Heat FlowIsothermal conditions: ± 3% to 5%;Non-isothermal conditions: ± 5% to 10%;Based on a comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc

Calorimetry Type Heat Flow

Dimensions (WxDxH) 120 mm x 40 mm x 170 mm

Precision Heat Transfer Typically +/- 3%

Accuracy and Precision Specific Heat Typically +/-10%

Accurate Heat Flow Isothermal conditions: ± 3% to 5%;Non-isothermal conditions: ± 5% to 10%;Based on a comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc

Broj artikla: 30050150

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Pogledajte detalje

Saznajte više Prikaži manje

Calorimetry TypeHeat Flow

Dimensions (WxDxH)120 mm x 40 mm x 170 mm

Precision Heat TransferTypically +/- 3%

Accuracy and Precision Specific HeatTypically +/-10%

Accurate Heat FlowIsothermal conditions: ± 3% to 5%;Non-isothermal conditions: ± 5% to 10%;Based on a comparison of qr_hf with qc resp. ∫qr_hf with ∫ qc

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Reaction Calorimetry

Transfer Chemical Reactions With Reaction Calorimetry

Why Reaction Calorimetry

Reaction calorimetry measures the heat released from a chemical reaction or physical process under process-like conditions and provides the fundamentals of the thermochemistry and kinetics of a reaction.

Calorimetric information is crucial when determining how chemical reactions can be transferred safely from lab to plant. Along with the chemical development workflow, reaction calorimetry provides the information needed for each of the individual steps and is subsequently converted into information to evaluate the risk, scalability and criticality of a process. Reaction calorimetry helps to identify issues related to heat and mass transfer or mixing, and allows the determination of the correct temperature, stirring or dosing profile online. Reaction calorimetry also uncovers unexpected behavior and makes other scalability issues visible and quantifiable.

Reaction Calorimetry Workstations

Reaction Calorimetry Workstations

Depending on the development stage, different types or quality of information is required. A wide range of reaction calorimetry workstations at different volumes, temperature ranges, accessories and capabilities are available.

Reaction Calorimetry Workstations

Događaji

May 16, 2018

Safety by Design in Process Chemistry

Dec 01, 2018

ReactIR FTIR Spectroscopy Onsite Training

Dec 03, 2018

ParticleTrack & ParticleView Onsite Training

Webinari

Webinari na zahtjev

Reaction Calorimetry in the Chemical Industry

Determine Crystal Growth Kinetic Parameters From Experimental Data

Reactive Crystallization and Recrystallization for Energetic Material

Optimization of a Crystallization Process at Roche

Development of an Alkylation Reaction

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