The global textile supply chain is reconstructing its environmental competitiveness through decolorization technology innovation. 2025 data shows that an intelligent decolorization system developed by a multinational group has been successfully applied in India, with a dynamic adjustment function that can automatically optimize the reaction parameters according to the changes in water quality, so that the consumption of pharmaceuticals is reduced by 30%, and the treatment efficiency is increased to 98.5%. The technology has covered 60% of the local textile parks, and the annual water saving is equivalent to the annual urban water demand of 2 million people.
The EU carbon tariff mechanism has spawned a new treatment model, a recycling decoloration scheme developed by a German environmental enterprise, which realizes zero waste emissions through material regeneration technology. The application of Turkey’s textile park shows that the process converts decoloration residues into raw materials for building materials, reducing the cost of hazardous waste treatment by 65 per cent and reducing carbon emissions by 18,000 tons per year.
China’s innovative “treatment-reuse-regulation” whole chain system, a textile town in Jiangsu Province established a digital management platform, real-time monitoring of the efficiency of more than 200 enterprises in the use of decolorants. Data show that through process optimization and AI scheduling, the overall water consumption in the region has been reduced by 42%, and the relevant experience has been included in the best practice cases of the United Nations Industrial Development Organization.
The technological innovation of the decolorant effectively promotes the green transformation of the textile industry, which makes greater use of water resources, and Jinmai’s decolorant 19-year market use base promotes the development of the global environmental protection cause.
