| Working Process |
Type |
Toepassing |
| Reaction |
Neerslagreactie, preparation of nanomaterials |
Nano barium sulfate (50～70nm), nano zinc oxide (15～30nm), nano iron phosphate, nano cobalt carbonate, nano magnesium hydroxide (particle size≤70nm), carbon nanotube, calcium carbonate (particle size≤100nm), Cobalt hydroxide (particle size≤100nm), cuprous iodide (particle size≤20nm), cadmium sulfide selenide (particle size≤100nm), lithium carbonate (50～70nm) |
| Strong exothermic reaction, nitration, sulfonation, epoxidation and other reactions |
Mixed acid nitration to prepare isooctyl nitrate, which reduces the amount of mixed acid and improves the product yield; the preparation of p-nitrotoluene-o-sulfonic acid (NTS acid) has a continuous, efficient and safe reaction process, and basically no waste acid is generated |
| Low temperature reaction |
Butyllithium reaction |
| Gas-liquid reaction, oxidation, chlorination, bromination, fluorination, enz. |
sobutyraldehyde is prepared by oxidation, the yield is increased to 94%, 2,4-dichlorophenol is prepared by the phenol chlorination method, and the reaction time is shortened to 10 minutes, and the yield is increased to 80% |
| Synthesize |
Pharmaceutical synthesis, pesticide synthesis, dye synthesis and other raw material synthesis processes |
Sesquiterpenoids, oxadiazoles, hydrogen peroxide alcohol, acyl azide, ibuprofen, Gleevec, artemisinin, chlorophyll, pendimethalin, isooctyl nitrate, enz. |
| Emulsion |
Oil-water emulsification, emulsion polymerization, pesticide/pharmaceutical emulsion, micro-emulsie, microcapsule, copper clad laminate, enz. |
Mixing water and edible oil, soybean lecithin liposome, emulsification is more uniform, the effect is better than the traditional solution, and it can be stored for more than a week without breaking the emulsion; |
| Extraction |
Wet phosphoric acid, desulfurization and denitrification, and COD removal |
The amount of extractant can be greatly reduced; the consumption of extractant is greatly reduced; the process safety is greatly improved; emulsification is avoided; the occurrence of co-extraction can be reduced or even avoided, efficient separation can be achieved, and the number of extraction stages can be reduced |
De Reactor van de stroom
De Reactor van de stroom
De Reactor van de stroom
De Reactor van de stroom