- 已獲專利的冷凍脫鹽技術，可去除海水和工業廢水中的鹽和重金屬。並可以從中獲取其他有價值的礦物質
- 比傳統「反滲透」、「熱脫鹽」建置和運作，成本可降低 40％- 50％ ，且碳排放為零
- 最具成本效益的應用是將本技術與液化天然氣再氣化裝置等冷能源連接起來，可降低海水淡化的電力成本

The most cost-effective application comes from linking CryoDesalination with a source of cold energy such as an Air Separation UnitLNG Regasification Unit (and in the future from Hydrogen Regasification Units). Combining such plants with CryoDesalination eliminates power costs for desalinationsignificantly simplifies the CryoDesalination Units. This enables CryoDesalination to desalinate water at 1/10th the cost of competing desalination processes. Additionally, when using cold energy CryoDesalination has zero carbon emissions.

We can partner with CPC to use the cold waste energy from their Taichung 
and Yung-an LNG Regasification Terminals to desalinate seawater
produce 24.3 million tonnes annually of zero emission, low-cost fresh water
that is much needed in Taiwan.

Alternatively, CryoDesalination can partner with a water user (such as a municipal water systema semiconductor factory) to purchase cold 
waste energy from LNG Terminals to make zero emission, low-cost fresh 
water for its own use.

能源產業(中油、台電)、大型工程、汽車產業