| 1 |
Colloidal Silica Manufacture. |
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| 2 |
Phase Transfer Catalysts Manufacture. |
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| 3 |
Production of citric acid. |
Two-compartment EDBM |
| 4 |
Concentration of citric acid. |
Electro Deionisation |
| 5 |
Concentration of lactate. |
Electrodialysis |
| 6 |
Production of lactic acid. |
Three-compartment EDBM |
| 7 |
Desalination of glutamine. |
Electrodialysis |
| 8 |
Recovery of gluconate. |
Electrodialysis |
| 9 |
Production of gluconic acid. |
Three-compartment EDBM |
| 10 |
Recovery of d-␣-p-hydroxyphenylglycine. |
Electrodialysis |
| 11 |
Recovery of an amino acid Industrial plantaqualytics system. |
Three-compartment EDBM |
| 12 |
Production of amino acids. |
Two-compartment EDBM |
| 13 |
Concentration of lysine. |
Electrodialysis |
| 14 |
Concentration of glycine. |
Electrodialysis |
| 15 |
Concentration of formic acid. |
Electrodialysis |
| 16 |
Regeneration of formic acid. |
Three-compartment EDBM |
| 17 |
Concentration of propionate Lab scale. |
Electrodialysis |
| 18 |
Production of octanoic acid Lab scale. |
TPEIS |
| 19 |
Recovery of organic acids (butyric, valeric, adipic,caproic, oxalic acids) |
Electro Electrodialysis |
| 20 |
Production of l-malic acid. |
Electro Electrodialysis |
| 21 |
Production of Vitamin-C(ascorbic acid) |
Two-compartment EDBM |
| 22 |
Production of gluconic acidand Vitamin C. |
Two-compartment EDBM |
| 23 |
Production of salicylic acid. |
Three-compartment EDBM |
| 24 |
Production of salicylic acid (HSa)Lab scale. |
TPEIS |
| 25 |
Recovery of methanesulphonic acid (MTA). |
Three-compartment EDBM |
| 26 |
Regeneration of camphorsulphonic acid. |
Three-compartment EDBM |
| 27 |
Regeneration of p-toluenesulfonic acid. |
Two-compartment EDBM |
Colloidal Silica Manufacture