CTX-L1000 12 x 40 Catalytic Activated Carbon (Hydrogen Sulphide Reduction) 25 Kg

CTX-L1000 12 x 40 Catalytic Activated Carbon is a specialized activated carbon designed for high-performance catalytic applications, particularly in reducing hydrogen sulfide (H₂S) from water. Here’s a detailed overview:

Key Features:

• Advanced Catalytic Properties: CTX-L1000 is engineered for superior catalytic activity, making it highly effective in oxidation, reduction, and decomposition processes.
• Composition: This activated carbon boasts a high surface area and porosity, which are crucial for efficient adsorption and catalytic reactions.
• Granule Size: The 12 x 40 mesh size refers to the granule size, optimized to balance surface area and flow rates in water treatment systems.

Applications:

• Hydrogen Sulfide Reduction: CTX-L1000 excels at removing hydrogen sulfide from water, converting it into sulfate, thereby eliminating the unpleasant odor and taste associated with H₂S.
• Chloramine Removal: It effectively removes chloramines, which are commonly used as disinfectants in municipal water supplies.
• Iron Oxidation: The catalytic properties of CTX-L1000 enhance the oxidation of iron, facilitating its removal from water.
• Versatility: Beyond water treatment, it can also be used in air purification applications, such as air fresheners and deodorizers.

Benefits:

• Regeneration: CTX-L1000 can be regenerated in situ by rinsing with pure water, extending its lifespan and reducing operational costs.
• Durability: Its high hardness minimizes fines and losses due to handling, ensuring long-term efficiency.
• Environmental Impact: By reducing the need for chemical additives and improving the efficiency of water treatment processes, CTX-L1000 supports more sustainable water management practices.

CTX-L1000 12 x 40 Catalytic Activated Carbon is a robust and versatile solution for improving water quality by effectively removing hydrogen sulfide and other contaminants.

Note:

• The specific performance of CTX-L1000 may vary depending on the concentration of hydrogen sulfide, water quality, and operating conditions.
• Regular monitoring and maintenance of the carbon bed may be necessary to ensure optimal performance.