Experiment 683

– effect of carry-over 718–719

– efficiency in relation to P-factor 259

– first commercial application 727

– flowsheet 689

– industrial 688, 722

– ITC-type and ASAM pulp 274

– kappa number 258, 678, 684, 721

– kinetics 671

– kraft pulp 701, 759–761

– mass transfer 671

– paper-grade pulp 728

– P-factor 259

– pH Value 704

– pine pulp 667

– power law kinetic parameters 677, 679

– principal reaction schema 649–656

– process variables 701

– pulp bleaching 628

– residual xylan content, delignification

Efficiency and chain scissions number 260

– selectivity 629, 702, 720–721

– softwood kraft pulp 713, 723

– temperature effect 813

– under mass tranfer limitation 698

– xylan 260

Oxygen-delignified pulp 631

Oxygen gas management 828

Oxygen-oxygen bond, cleavage activation

Energy 851

Oxygen pressure, delignification process 707

Oxygen susceptibility (relative), lignin model

Compounds 640

Oxymercuration-demercuration kappa

Number 723

OxyTrac system 730

OZE-bleached pulp 825

Ozonation 840, 1038

– degree of 840

– low pH 812

– rate 801

Ozone

– charge 834, 1039–1040

– concentration 785

– consumption 803, 817, 831

– consumption rate 803

– consumption yield 804

– containing gas 806

– decomposition 786–790

– delignification 777–849

– dissolved 798

– generation 782–785

– oxidation capacity 613

– oxidation equivalents (OXE) 264

– physical properties 778–782

– radical reactions 792

– reactivity with pulp fibers 807

– resonance structures 779

– self-decomposition 811