.

Waste water management in TSMC, Taiwan

Making good use of water resource is of paramount importance for any industry. Taiwan Semiconductor Manufacturing Company (TSMC), the world leading wafer foundry, began to work on waste water recycling in 1995, and has developed a brand new waste water recycling system.  The rate of recycled waste water can now reach nearly 90%, which is an unmatched level. 

Smart delivery of cost efficient hydrogen - SPERA

Chiyoda Corporation, an engineering company in Japan, proposed the global hydrogen supply chain concept by liquid organic hydrogen carrier with Toluene /Methylcyclohexane system. In this method, hydrogen is fixed to toluene with the hydrogenation reaction and converted into SPERA Hydrogen, which can be transported by chemical tanker at the normal atmospheric temperature.

Ozone-AOP (Xyleminc)

AQUAFIT4USE is a large-scale project funded under the 7th Framework Programme
(FP7), a grant funding programme of the European Commission which aims to make industries more independent of the supply of water for their production processes. The initiative aims to develop new technologies, tools and methods as well as to apply new combinations of existing technologies for sustainable water supply, use and discharge in the main water consuming industries: in other words “water fit-for-(re)use”. These new techniques encompass innovative technologies or applied technologies dealing with water looping in the four following industries: paper, food, chemistry and textile.

TEXAFLOK

AQUAFIT4USE is a large-scale project funded under the 7th Framework Programme (FP7), a grant funding programme of the European Commission. It aims to make industries more independent of the supply of water for their production processes. The initiative aims to develop new technologies, tools and methods for sustainable water supply, use and discharge in the main water consuming industries: in other words “water fit-for-(re)use”. These new techniques encompass innovative technologies or applied technologies dealing with water looping in the four following industries: paper, food, chemistry and textile.

CAPS

The technology that has been developed within the CAPS project (funded under CIP programme, a grant funding programme) should allow the paper industry to value its waste, particularly in the field of paper mill sludge disposal and recovering. The increasing demand for a more sustainable absorbent and for an appropriate treatment of papermill sludge within papermills, has led the project’s partners to develop an innovative physical separating process in order to convert the paper mill sludge into an efficient absorbent material.