De-Oxygenase Enzyme

Name: De-Oxygenase Enzyme
Rating: 5 (100 reviews)

Features and Benefits

• Rapid removal of hydrogen peroxide
• Significantly reduces treatment costs
• A Wide range of applications:semiconductor, optoelectronics, pulp & paper, and textile dyeing industries.
• Customizable formulations based on waste liquid characteristics.
• No impact on discharge standards; no sludge generation.
• No impact on the environment.
• Resistant to interference from metal ions (e.g., Cu, Fe) which typically affect standard enzyme activity

Reaction mechanism

Comparison of Commonly Methods for Hydrogen Peroxide Removal

	ADVANTAGES	DISADVANTAGES
Activated Carbon	ㆍ Strong hydrogen peroxide removal capability ㆍ Capable of adsorbing organic compounds	ㆍ Fragile and prone to breakage, resulting in high consumption. ㆍ Treatment systems are prone to clogging
Ferrous Ion (Fenton Process)	Simultaneously removes COD	ㆍ Sludge disposal is required ㆍ pH adjustment ㆍ The concentration of hydrogen peroxide should not be too high before treatment.
Sodium Thiosulfate	No sludge generation	ㆍ High chemical dosing cost and large dosing volume ㆍ Prone to residual hydrogen peroxide. ㆍ Significant increase in conductivity
De-Oxygenase Enzyme	ㆍ Low investment cost. ㆍ No need to change existing equipment. ㆍ Removes 90% of hydrogen peroxide in 10 minutes ㆍ No sludge generation ㆍ No impact on COD, ammonia nitrogen, or other parameter levels. ㆍ Capable of treating high-concentration hydrogen peroxide	ㆍ Dosing cost comparable to the Fenton Process ㆍPoor thermal stability; higher dosage required at temperatures above 45°C.