By applying advanced Reverse Osmosis (RO) and Ultra Filtration (UF) technologies, FWT provides the dyeing industry with an effective water reuse treatment system. FWT is targetting at solving nowadays water shortage problem and to cope with much tightened environmental policies.

The most obvious benefit in membrane technology is its ability to remove impurities in water. It helps dyehouses to meet wastewater discharge standard,  to remove organic substances, color, and also to reduce the hardness and most of the ions. Such technology reduces not only wastewater discharge volume but also customers' operation cost. It is environmentally friendly and has a positive impact to the whole dyeing and finishing industry sustainable development.

With improved effectiveness and reduced cost, the membrane technology has been widely applied nowadays in water reuse application. FWT provides customers with on-site analysis and testings, tailor their water reuse systems with optimial number of membrane elements, fixtures and installations to ensure the system would run effectively and efficiently to best suit customers' needs. 

FWT's aims to ensure the reuse systems operate in good manner and to provide top quality water. A “stable” wastewater treatment plan and an accurate automatic monitoring system are the keys to a smooth operation and reliable water supply.

The automatic monitoring system can adapt to the following conditions:

• Technical analysis and operative study
• Project design
• Project installation, testing and adjustment
• Operation and maintenance
• A quick technical support

R & D Strength

CHTC Fong's International Co. Ltd. supports the research and development of the Universities in Hong Kong. We have been cooperating with the University of Hong Kong since 1999 by funding the final year projects and research projects of the Mechanical Engineering Department. The Fong's Industrial Prize was setup since 2003 and donating scholarship to the student with outstanding academic results. There are over 60 student benefited until now.