💧 H₂O₂ Removal
Completely decomposes residual hydrogen peroxide in wastewater, achieving 0% remaining H₂O₂.
🧬Semiconductor Grade Enzyme Technology
GFzyme-KatalaseAK 400L
Eco-friendly catalase enzyme that decomposes hydrogen peroxide (H₂O₂) into pure water and oxygen. Engineered for semiconductor wastewater treatment with superior acid stability.
⚡
Ultra-High
Catalytic Power
Enzyme Activity
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Wide Range
Acid to Alkaline
pH Stability
🌡️
High Temp
Resistant
Thermal Stability
🔍 Product Overview
What is Catalase?
Catalase is a natural enzyme found in plants, animals, and aerobic bacteria. It catalyzes the rapid decomposition of hydrogen peroxide — a powerful oxidizing agent — into harmless water and oxygen.
2H₂O₂ → 2H₂O + O₂
Catalase decomposes hydrogen peroxide into water and oxygen
🌿 Eco-Friendly
Bio-degradable enzyme that produces no harmful by-products. Naturally decomposed by microorganisms in bio-filters.
🔧 Cost Efficient
Reduces water and energy consumption. No additional equipment or chemical removal process required.
🛡️ NaCl-Free Formula
Unlike competing catalase products that contain NaCl as a stabilizer, GFzyme-Katalase is chlorine-free — preventing metal corrosion in sensitive equipment.
⚙️ How It Works
Wastewater Treatment Process
GFzyme-Katalase AK 400L integrates seamlessly into existing semiconductor wastewater treatment facilities without requiring additional equipment.
01🏭
Wastewater Collection
H₂O₂-containing wastewater from semiconductor fabrication processes is collected.
02⚖️
Neutralization
pH adjustment and aggregation to prepare wastewater for enzyme treatment.
03🧬
Enzyme Treatment
Katalase AK 400L rapidly decomposes H₂O₂ into H₂O and O₂.
04💎
Bio-Filtration
Catalase is naturally bio-degraded by microorganisms in the existing bio-filter.
✅ No Additional Equipment Required
Simply replace chemical catalysts with Katalase AK 400L in your existing treatment facility. The enzyme is bio-degraded by microorganisms in your existing bio-filter — no additional treatment process needed.
♻️
📋 Key Advantages
Why GFzyme-Katalase AK 400L?
Engineered through molecular evolution technology, GFzyme-Katalase AK 400L delivers exceptional performance where conventional catalase enzymes fail.
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Ultra-High Catalytic Activity
Delivers exceptionally high enzyme activity, enabling rapid and complete H₂O₂ decomposition even at low dosages.
🛡️
Superior Acid Stability
Retains strong catalytic activity under acid conditions — critical for semiconductor wastewater where acidic environments are common.
🌡️
Broad Temperature Tolerance
Maintains stable performance across a wide temperature range, from moderate to elevated temperatures, without losing catalytic efficiency.
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NaCl-Free Formulation
Contains no sodium chloride (NaCl) as a stabilizer. Chlorine-free formula prevents corrosion of metal equipment and piping in semiconductor fabs.
⚙️
Inhibitor Resistant
Engineered to maintain catalytic function even in the presence of heavy metals and other inhibitors commonly found in industrial wastewater.
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Molecular Evolution Technology
Developed using HLB Genex's proprietary molecular evolution and high-throughput screening technology for optimized industrial performance.
🛡️
Superior Acid Stability
Unlike wild-type catalase that loses activity in harsh conditions, HLB Genex's improved Katalase AK maintains its catalytic activity even in strongly acidic environments, far outperforming competitors.
- Engineered through molecular evolution technology
- Resistant to acid, alkali, and heavy metal ions
- Maintains activity under prolonged high-temperature storage
- Outperforms competitors under acid conditions
- Functions effectively in the presence of inhibitors
🏗️ Industrial Applications
Where It's Used
Katalase AK 400L is trusted by leading manufacturers worldwide, with over 10 years of proven supply across Asia.
🔲
Semiconductor Process
Replaces chemical catalysts (MnO₂, bisulfate) in wastewater treatment. Reduces water consumption and eliminates hazardous waste. Market leader in Asia.
☀️
Solar Cell Manufacturing
Treats H₂O₂-containing wastewater generated during solar cell fabrication. Eco-friendly enzyme solution for the growing photovoltaic industry.
🧵
Textile Process
Replaces repetitive rinsing after bleaching. Conventional process requires 4 rinse cycles; with Katalase, only 1 catalase step is needed before dyeing.
⚗️
HPPO Process
Eco-friendly propylene oxide synthesis. Decomposes residual H₂O₂ used as oxidizing agent in the HPPO process for wastewater treatment.
🏆
0+
Years of Supply
🌏
Asia
Market Leader
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0%
Remaining H₂O₂
📊 Comparative Analysis
Why Choose Enzyme Treatment?
Catalase enzyme treatment outperforms chemical catalysts and boiling methods across every key metric.
| Criteria | 🧬 Catalase Enzyme | ⚗️ Chemical Catalysts | 🔥 Boiling |
|---|---|---|---|
| Remaining H₂O₂ | ✅ 0% | ✅ 0% | ❌ Remains |
| Energy Usage | ✅ Low | ⚠️ Middle | ❌ High |
| Water Consumption | ✅ Low | ⚠️ High | ❌ Middle |
| Additional Process | ✅ None | ⚠️ Required | ❌ Cooling |
| By-products | ✅ None | ⚠️ Harmful | ✅ None |
| Environmental Impact | ✅ Eco-friendly | ⚠️ Heavy metal waste | ❌ High CO₂ |
🌍 Eco-Friendly & Cost-Effective
🌱
Less By-products
Enzyme process produces minimal by-products compared to chemical processes.
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No Hazardous Waste
No environmentally harmful heavy metal wastes generated.
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Lower CO₂ Emissions
Less heat energy required means significantly lower carbon footprint.
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Shorter Pathways
Simplified synthesis pathways reduce processing complexity.
📦 Product Line
Katalase Product Portfolio
HLB Genex offers specialized catalase enzymes tailored for different industrial conditions.
🔥
Katalase™ S 350L
ThermostableSuperior catalytic activity in high thermal environments with broad pH range
Application: Semiconductor & Textile
🛡️
Katalase™ AK 400L
Acid StableSuperior catalytic activity in acidic environments, NaCl-free and inhibitor resistant
Application: Semiconductor, Solar Cell
📞 Get In Touch
Ready to Optimize Your Process?
Contact our team to discuss how GFzyme-Katalase AK 400L can improve your wastewater treatment.
📍
Visit Us
65 Techno 1-ro, Yuseong-gu
Daejeon 34014, Korea
📞
Call Us
Tel: +82-42-862-4483
Fax: +82-42-862-4484