Solution Methods
XFlow Chemistry is committed to building a flow chemistry platform, based on industrial continuous flow reaction technology, adhering to the concept of green and safe production, providing customers with continuous flow route design, process route optimization, laboratory testing, plant feasibility study, continuous flow equipment improvement, process development and overall equipment packaging solutions to better meet the needs of customers in large-scale, sustainable production.
- ·Pre-existing product + continuous flow process
- ·A whole-line (multi-step reaction) process package for continuous technology
- ·Continuous reaction
- extraction and washing
- evaporation and crystallization
- distillation and concentration
·Feasibility assessment of continuous reactions
·Process development and optimization
·Validation and scale-up
·Prototyping (new technology platform)
·Generation of technology packages
·Technology transfer to production
·Continuous process improvement
·Process optimization at laboratory, kilo and commercial production scale
XFlow Chemistry is committed to building a flow chemistry platform, based on industrial continuous flow reaction technology, adhering to the concept of green and safe production, providing customers with continuous flow route design, process route optimization, laboratory testing, plant feasibility study, continuous flow equipment improvement, process development and overall equipment packaging solutions to better meet the needs of customers in large-scale, sustainable production.
·Application of new technologies such as solid super acids, ionic liquids + continuous flow technology.
·New processes + new equipment.
·Reducing comprehensive costs and achieving intrinsic safety
XFlow Chemistry is committed to building a flow chemistry platform, based on industrial continuous flow reaction technology, adhering to the concept of green and safe production, providing customers with continuous flow route design, process route optimization, laboratory testing, plant feasibility study, continuous flow equipment improvement, process development and overall equipment packaging solutions to better meet the needs of customers in large-scale, sustainable production.
·Nitration reactions (concentrated sulfuric acid system, dichloroethane system)
·Sulfonation reaction
·Chlorination reactions (photocatalytic, thermo catalysis)
·Amination/reduction amination reaction
·High-temperature and high-pressure reaction
·Metal reagent reaction (butyl lithium, Grignard reagent, Dibal-H, etc.)
·Diazotization reaction, diazonium salt hydrolysis
·Oxidation reaction (hydrogen peroxide; Swern; peroxycarboxylic acid; ozone; air; nitric acid)
·Esterification reaction
·Azide reaction
·Gas-liquid reaction
XFlow Chemistry is committed to building a flow chemistry platform, based on industrial continuous flow reaction technology, adhering to the concept of green and safe production, providing customers with continuous flow route design, process route optimization, laboratory testing, plant feasibility study, continuous flow equipment improvement, process development and overall equipment packaging solutions to better meet the needs of customers in large-scale, sustainable production.
- Contract
- Pre Study
- Study on smallscale flow process
- Pilot Test
- Commercial production
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- · Confidentiality agreement;
- · Handover of Synthesis
- · process /analysis methods
- · Flask Process repeat
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- · Reaction heat measurement
- · Kinetic experiments
- · Establishment of dynamic model
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- · Small scale test of various continuous devices
- · Check with computer simulation data
- · Determine the final flow process
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- · Pilot test
- · Finalize the commercial production flow process design
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- · Commercial production