澄灝科技源自國立成功大學微藻中心的研發團隊，長年專注於微藻科技，建立本土微藻基因庫，並掌握微藻量產、多醣體與色素等高價值成分的萃取技術。

隨著全球邁向2050淨零排放目標，碳排管制日益嚴格，歐盟也推動碳邊境調整機制（CBAM），讓減碳成為企業出口競爭力的關鍵。微藻以其高效固碳能力——每1Kg可吸收約2Kg的CO₂ ，效率比種樹高出5-20倍——是為未來重要的減碳解方。

本團隊開發出創新的複合微生物技術，能直接吸收工業廢氣中的CO₂，用於微藻培養後再導入工業廢水處理，降低COD、氨氮及重金屬濃度，實現低碳甚至負碳的循環經濟模式。

此外，培養出的微藻富含蛋白質、碳水化合物、葉綠素、抗氧化物與維生素等多種營養成分，可應用於水產養殖飼料與微生物培養基等產品，實踐「一藻多用」的高價值利用。

CH Algae Co. originated from the microalgae research team at National Cheng Kung University. With years of dedicated research, the team has established a native microalgae gene bank and developed key technologies for large-scale cultivation and extraction of high-value compounds such as polysaccharides and pigments.

As the world moves toward the goal of net-zero emissions by 2050, carbon regulations are tightening. The European Union’s Carbon Border Adjustment Mechanism (CBAM) underscores the growing importance of carbon reduction as a key factor in global trade competitiveness. With the ability to absorb approximately 2 kg of CO₂ per 1 kg of biomass—5 to 20 times more efficient than trees—microalgae are emerging as a crucial solution for carbon capture.

CH Algae Co. has developed an innovative composite microbial technology that enables direct absorption of CO₂ from industrial emissions to cultivate microalgae. The resulting biomass is then used in wastewater treatment to significantly reduce COD, ammonia nitrogen, and heavy metal concentrations—realizing a low- or even negative-carbon circular economy model.

Additionally, the cultivated microalgae are rich in proteins, carbohydrates, chlorophyll, antioxidants, and vitamins. These nutrients are utilized in high-value products such as aquaculture feed and microbial culture media, achieving the goal of "one algae, multiple applications."