Assertion: acetaldehyde | /r/CapableOf | undergo conversion
Facets:
Source sentences:
text: In accordance with the present invention it is possible to convert more than 95% of acetaldehyde to desirable material and obtain acetic anhydride in yields of more than 70 mol %, based on the acetaldehyde which undergoes conversion.
text: After deduction of the quantities of acetic acid and acetic anhydride used (not produced) in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 1379 g/h (13.52 mols)=71.9% of acetic anhydride and 536 g/h (8.93 mols)=23.8% of acetic acid.
text: After deduction of the quantities of acetic anhydride and acetic acid used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 2060 g/h (20.2 mols)=75.8% of acetic anhydride and 640 g/h (10.7 mols)=20% of acetic acid.
text: After deduction of the quantities of acetic anhydride and acetic acid used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 1371 g/h (13.44 mols)=71.6% of acetic anhydride and 533 g/h (8.9 mols)=23.7% of acetic acid.
text: After deduction of the quantities of acetic acid and acetic anhydride used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 1002 g/h (9.82 mols)=72.2% of acetic anhydride and 398 g/h (6.63 mols) =24.4% of acetic acid.
text: After deduction of the quantities of acetic acid and acetic anhydride used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 553 g/h (5.23 mols)=54.7% of acetic anhydride and 444 g/h (7.4 mols)=38.7% of acetic acid.
text: In accordance with the present invention it is possible to convert more than 95% of acetaldehyde to desirable material and obtain acetic anhydride in yields of more than 70 mol %, based on the acetaldehyde which undergoes conversion.
text: After deduction of the quantities of acetic acid and acetic anhydride used (not produced) in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 1379 g/h (13.52 mols)=71.9% of acetic anhydride and 536 g/h (8.93 mols)=23.8% of acetic acid.
text: After deduction of the quantities of acetic anhydride and acetic acid used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 2060 g/h (20.2 mols)=75.8% of acetic anhydride and 640 g/h (10.7 mols)=20% of acetic acid.
text: After deduction of the quantities of acetic anhydride and acetic acid used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 1371 g/h (13.44 mols)=71.6% of acetic anhydride and 533 g/h (8.9 mols)=23.7% of acetic acid.
text: After deduction of the quantities of acetic acid and acetic anhydride used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 1002 g/h (9.82 mols)=72.2% of acetic anhydride and 398 g/h (6.63 mols) =24.4% of acetic acid.
text: After deduction of the quantities of acetic acid and acetic anhydride used in the feed mixture, the following yields, based on the acetaldehyde which underwent conversion, were obtained: 553 g/h (5.23 mols)=54.7% of acetic anhydride and 444 g/h (7.4 mols)=38.7% of acetic acid.