Chemspeed solutions for process research

Quality by design (QbD) and proven acceptable range (PAR) driven solutions for accelerated, standardized, digitized process research and chemical development.

Process development aims at truly mimicking the final industrial production process (incl. reaction preparation, chemical reaction, work-up, analysis). Integrated reaction sequences regarding a number of critical process parameters have to be optimized simultaneously and requires a high degree of flexibility.

 

Process research example solutions

Chemspeed’s automated solutions have been designed for high output experimentation in the development, optimization and scale-up of chemicals. This cutting-edge technology allows scientists to execute reaction screening and development workflows in a fully automated fashion:

  • Gravimetric solid and liquid dispensing
  • Independent control of all process parameters in each reactor
  • PAT like IR, NMR, UV-VIS, PSD, calorimetry, pH
  • Feeding (gas, liquefied gas, liquid) and sampling under reaction conditions
  • Cleaning in place (e.g. automated cleaning, inserts)
  • Easy access to all process data with a convenient interface into Excel or virtually any other software
  • Closed loop by interfacing with e.g. AI, ML, DOE
PharmaAgroFine & speciality chemicalsBiomaterialsRenewables & energy researchCatalystsPolymersCeramics & abrasivesPorous materialsNanomaterialsLubricantsPaints coatings & adhesives
Process research Pharma
1 /
Swing

Take your classical & automated synthesis to hyper speed
Life science industry faces the increased demand for innovative, “Rule of five compatible small-molecule” medicines against various diseases.
View example solution
2 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
3 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
4 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
5 /
Swing

Parallel, high output real time calorimetry
Parallel, automated and real-time calorimetry in high-precision Qbd process reactors.
View example solution
6 /
Swing

Automated batch & flow chemistry for organic R&D workflows
Paradigm shift - combination of automated batch & flow chemistry.
View example solution
Process research Agro
1 /
Swing

Take your classical & automated synthesis to hyper speed
Life science industry faces the increased demand for innovative, “Rule of five compatible small-molecule” medicines against various diseases.
View example solution
2 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
3 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
4 /
Swing

Parallel, high output real time calorimetry
Parallel, automated and real-time calorimetry in high-precision Qbd process reactors.
View example solution
5 /
Swing

Automated batch & flow chemistry for organic R&D workflows
Paradigm shift - combination of automated batch & flow chemistry.
View example solution
Process research Fine & speciality chemicals
1 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
2 /
Swing

Take your classical & automated synthesis to hyper speed
Life science industry faces the increased demand for innovative, “Rule of five compatible small-molecule” medicines against various diseases.
View example solution
3 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
4 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
5 /
Swing

Parallel, high output real time calorimetry
Parallel, automated and real-time calorimetry in high-precision Qbd process reactors.
View example solution
6 /
Swing

Automated batch & flow chemistry for organic R&D workflows
Paradigm shift - combination of automated batch & flow chemistry.
View example solution
Process research Biomaterials
1 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
2 /
Swing

High output emulsion, suspension, dispersion, solution, mass and pressure polymerization
End-to-end polymer synthesis, optimization, scale-up, incl.
View example solution
3 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
Process research Renewables & energy research
1 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
2 /
Swing

Take your classical & automated synthesis to hyper speed
Life science industry faces the increased demand for innovative, “Rule of five compatible small-molecule” medicines against various diseases.
View example solution
3 /
Swing

High output (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes
End-to-end automated (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes, incl.
View example solution
4 /
Swing

High output porous synthesis & work-up
Accelerated, standardized, digitized automated zeolite and metallorganic framework (MOF) synthesis and work-up by precisely controlled hydro- and solvothermal synthesis.
View example solution
5 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
6 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
7 /
Swing

Automated fuel cell catalyst & membrane discovery and optimization
The leading technology in overhead gravimetric dispensing / dosing (patented) combined with our quality by design reactor as well as process excellence and user friendly software enable you to accelerate, standardize and digitize your fuel cell catalysts and membrane discovery as well as optimization workflows.
View example solution
8 /
Swing

Automated batch & flow chemistry for organic R&D workflows
Paradigm shift - combination of automated batch & flow chemistry.
View example solution
Process research Catalysts
1 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
2 /
Swing

Take your classical & automated synthesis to hyper speed
Life science industry faces the increased demand for innovative, “Rule of five compatible small-molecule” medicines against various diseases.
View example solution
3 /
Swing

High output (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes
End-to-end automated (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes, incl.
View example solution
4 /
Swing

High output porous synthesis & work-up
Accelerated, standardized, digitized automated zeolite and metallorganic framework (MOF) synthesis and work-up by precisely controlled hydro- and solvothermal synthesis.
View example solution
5 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
6 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
7 /
Swing

High output polyolefin / rubber catalyst synthesis, work-up, analysis
Automated, quality assured, scalable polyolefin and rubber catalyst synthesis.
View example solution
8 /
Swing

Automated fuel cell catalyst & membrane discovery and optimization
The leading technology in overhead gravimetric dispensing / dosing (patented) combined with our quality by design reactor as well as process excellence and user friendly software enable you to accelerate, standardize and digitize your fuel cell catalysts and membrane discovery as well as optimization workflows.
View example solution
9 /
Swing

High output polyolefin and rubber synthesis, optimization, scale-up
Quality by design driven, scalable olefin polymerization, incl.
View example solution
10 /
Swing

Automated batch & flow chemistry for organic R&D workflows
Paradigm shift - combination of automated batch & flow chemistry.
View example solution
Process research Polymers
1 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
2 /
Swing

High output emulsion, suspension, dispersion, solution, mass and pressure polymerization
End-to-end polymer synthesis, optimization, scale-up, incl.
View example solution
3 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
4 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
5 /
Swing

Parallel, high output real time calorimetry
Parallel, automated and real-time calorimetry in high-precision Qbd process reactors.
View example solution
6 /
Swing

High output polyolefin and rubber synthesis, optimization, scale-up
Quality by design driven, scalable olefin polymerization, incl.
View example solution
7 /
Swing

Automated batch & flow chemistry for organic R&D workflows
Paradigm shift - combination of automated batch & flow chemistry.
View example solution
8 /
Swing

High output polyolefin / rubber catalyst synthesis, work-up, analysis
Automated, quality assured, scalable polyolefin and rubber catalyst synthesis.
View example solution
Process research Ceramics & abrasives
1 /
Swing

High output (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes
End-to-end automated (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes, incl.
View example solution
Process research Porous materials
1 /
Swing

High output (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes
End-to-end automated (mixed) oxide synthesis by pH-controlled precipitation, ion exchange, sol-gel processes, incl.
View example solution
2 /
Swing

High output porous synthesis & work-up
Accelerated, standardized, digitized automated zeolite and metallorganic framework (MOF) synthesis and work-up by precisely controlled hydro- and solvothermal synthesis.
View example solution
3 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
4 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
5 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
Process research Nanomaterials
1 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
2 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
3 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
4 /
Swing

Automated fuel cell catalyst & membrane discovery and optimization
The leading technology in overhead gravimetric dispensing / dosing (patented) combined with our quality by design reactor as well as process excellence and user friendly software enable you to accelerate, standardize and digitize your fuel cell catalysts and membrane discovery as well as optimization workflows.
View example solution
Process research Lubricants
1 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
2 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
3 /
Swing

High output emulsion, suspension, dispersion, solution, mass and pressure polymerization
End-to-end polymer synthesis, optimization, scale-up, incl.
View example solution
Process research Paints coatings & adhesives
1 /
Flex

Automated process R&D and preparative synthesis
Quality by design (QbD), proven accetable range (PAR) driven high-output process R&D / chemical development, preparative synthesis, work-up, and analysis.
View example solution
2 /
Swing

High output emulsion, suspension, dispersion, solution, mass and pressure polymerization
End-to-end polymer synthesis, optimization, scale-up, incl.
View example solution
3 /
Swing

High output process research / chemical development / scale-up
Quality by design (QbD), proven accetable range (PAR) driven automated process R&D / chemical development, scale-up and preparative synthesis.
View example solution
4 /
Swing

Automated chemical development for organics, inorganics & polymers
Quality by design (QbD), proven accetable range (PAR) driven high output process R&D / chemical development and preparative synthesis.
View example solution
Automate and digitize your process research now.
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