[{"n": "Batch reactor", "u": "/e/part-1/batch-reactor/", "s": "Versatile vessel for non-continuous chemical reactions and batch processing."}, {"n": "Chemical process", "u": "/e/part-1/chemical-process/", "s": "A means of changing chemical identity, often used industrially."}, {"n": "Chemical reactor", "u": "/e/part-1/chemical-reactor/", "s": "Enclosed vessel where chemical reactions are carried out in process engineering."}, {"n": "Continuous stirred-tank reactor", "u": "/e/part-1/continuous-stirred-tank-reactor/", "s": "Model for estimating variables in continuous agitated-tank reactors."}, {"n": "Corrosion", "u": "/e/part-1/corrosion/", "s": "Natural process converting refined metals into stable oxides."}, {"n": "Cracking (chemistry)", "u": "/e/part-1/cracking-chemistry/", "s": "Cracking breaks large hydrocarbons into smaller, more useful molecules."}, {"n": "Destructive distillation", "u": "/e/part-1/destructive-distillation/", "s": "A pyrolysis process producing commercial products from organic materials."}, {"n": "Direct process", "u": "/e/part-1/direct-process/", "s": "Dominant industrial method for producing organosilicon compounds."}, {"n": "Drying", "u": "/e/part-1/drying/", "s": "Mass transfer process removing water or solvent by evaporation."}, {"n": "Electrosynthesis", "u": "/e/part-1/electrosynthesis/", "s": "Synthesis of chemical compounds using an electrochemical cell."}, {"n": "Extraction (chemistry)", "u": "/e/part-1/extraction-chemistry/", "s": "Separation process based on solute distribution between two phases."}, {"n": "Filtration", "u": "/e/part-1/filtration/", "s": "Physical process separating solids from fluids via a filter medium."}, {"n": "Flash evaporation", "u": "/e/part-1/flash-evaporation/", "s": "Partial vaporization from pressure reduction via throttling."}, {"n": "Flocculation", "u": "/e/part-1/flocculation/", "s": "Process of aggregating colloidal particles into larger clusters for separation."}, {"n": "Fractional crystallization (chemistry)", "u": "/e/part-1/fractional-crystallization-chemistry/", "s": "Separation technique using liquid–solid phase change for high purity."}, {"n": "Fractional distillation", "u": "/e/part-1/fractional-distillation/", "s": "Separates liquid mixtures by boiling point using vaporization and condensation."}, {"n": "Fractional freezing", "u": "/e/part-1/fractional-freezing/", "s": "A process for separating substances by melting point differences."}, {"n": "Freeze drying", "u": "/e/part-1/freeze-drying/", "s": "Low-temperature dehydration preserving original qualities via sublimation."}, {"n": "Chain-growth polymerization", "u": "/e/part-1/chain-growth-polymerization/", "s": "A polymerization technique with limited active sites at any moment."}, {"n": "Chain reaction", "u": "/e/part-1/chain-reaction/", "s": "Self-amplifying sequence of reactions releasing stored energy."}, {"n": "Chain transfer", "u": "/e/part-1/chain-transfer/", "s": "Reaction transferring polymer chain activity to another molecule."}, {"n": "Emulsion polymerization", "u": "/e/part-1/emulsion-polymerization/", "s": "Radical polymerization in aqueous dispersion, producing latex particles."}, {"n": "Cross-flow filtration", "u": "/e/part-1/cross-flow-filtration/", "s": "Filtration method where feed flows tangentially across the filter surface."}, {"n": "Cyclonic separation", "u": "/e/part-1/cyclonic-separation/", "s": "Vortex-based method for removing particulates without filters."}, {"n": "Continuous distillation", "u": "/e/part-1/continuous-distillation/", "s": "Continuous distillation separates mixtures without interruption in large industrial columns."}, {"n": "Dean–Stark apparatus", "u": "/e/part-1/dean-stark-apparatus/", "s": "Laboratory glassware for separating water from reaction mixtures."}, {"n": "Desiccant", "u": "/e/part-1/desiccant/", "s": "A hygroscopic substance that induces or sustains dryness."}, {"n": "Dialysis (chemistry)", "u": "/e/part-1/dialysis-chemistry/", "s": "Separation of molecules by diffusion through a semipermeable membrane."}, {"n": "Electrophoresis", "u": "/e/part-1/electrophoresis/", "s": "Electrophoresis separates charged particles using an electric field."}]