Studies on Penicillium Oxalicum growing mycelium sorption to complex-Cu reactive dyes;

Remove of 5 kinds of complex-Cu reactive dyes by Penicillium oxalicum growing cells was investigated in this study.

Study on dyeing performance of the reactive dyes Delosol for wool;

Cold pad-batch sample dyeing with reactive dyes;

Jig dyeing with Anozol L reactive dye;

Investigation on the factors affecting the soaping results of the fabrics dyed with reactive dyes;

Wet processing of cotton fabric with reactive dyestuffs and anti-UV agent in one bath;

Presentation of the factors affecting the sunlight fastness of the reactive dyes;

Study on dyeing of milk protein fiber with reactive dyestuff;

Cold padding dyeing process of pure cotton fabrics with new type & efficient reactive dyestuff;

Study on dye uptake of two rattan species by reactive dyestuff

PAFC and PAM would be used to coagulate the wastewater of the active dyes.

The conventional methods for dyeing cotton fibres by active dyes and the requirements for the active dyes under the new situation are described with an introduction on some new methods in this category.

Using methanol solution(65%) as mobile phrase, TBAB as reversed ion, triethylamine as adjusting agent, separation condition of active dyes HE-7B by HPLC is determined.

Prepareation of nanometer club of Fe_2O_3 and the photocatalytic degradation active dyes by Fe2O3;

Decolorization of reactive dye wastewater by using anion-exchange fiber;

A study of flocculant and decolorant function of waste water from active dyes;