Clarifier Mechanism

350000.0 आईएनआर

मूल्य/उद्धरण प्राप्त करें

उत्पाद विवरण:

फ़ीचर Corrosion & abrasion resistant, Easy maintenance, High load capacity
वाटर आउट कंडक्टिविटी < 100 µS/cm
दक्षता (%) Up to 98%
पंप का प्रकार Submersible/centrifugal pumps
चालकता में पानी 500-1000 µS/cm
रीसायकल रेट Up to 95%
पीएच लेवल 6.5 to 8.5
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मूल्य और मात्रा

उत्पाद की विशेषताएं

शोर का स्तर < 70 dB
फ़्रिक्वेंसी 50 Hz
फ़िल्टर टाइप Lamella, Tube Settler Packs
मटेरियल Mild Steel, Stainless Steel (SS304/316)
टेक्नोलॉजी Surface Scraper/Sludge removal
वॉल्यूम Customizable (1 to 500 m3/h)
फ्लो रेट 5 to 1000 m3/hr
पावर सोर्स Electric
प्रॉडक्ट टाइप Clarifier Mechanism
उपयोग/अनुप्रयोग Water Treatment, Effluent Treatment, Sewage Treatment Plants
पावर कंसम्पशन 3-15 kW (depending on capacity)
पीएच लेवल 6.5 to 8.5
रीसायकल रेट Up to 95%
शुद्धता का स्तर Up to 99%
दक्षता (%) Up to 98%
क्षमता 10-1000 m3/day
पंप का प्रकार Submersible/centrifugal pumps
चालकता में पानी 500-1000 µS/cm
वाटर आउट कंडक्टिविटी < 100 µS/cm
वोल्टेज 415 V
फ़ीचर Corrosion & abrasion resistant, Easy maintenance, High load capacity

व्यापार सूचना

भुगतान की शर्तें
आपूर्ति की क्षमता प्रति महीने
डिलीवरी का समय महीने
नमूना उपलब्ध Yes
मुख्य निर्यात बाजार ,

उत्पाद वर्णन

A clarifier is a key component in water and wastewater treatment systems, designed to remove suspended solids and particulate matter through sedimentation. It allows heavier particles to settle at the bottom, forming sludge, while lighter materials (like oils and grease) may rise to the surface for skimming. Types of Clarifiers: 1. Primary Clarifier a Used in wastewater treatment plants to remove large solids before biological treatment. 2. Secondary Clarifier a Used after biological treatment to settle out biomass and suspended solids. 3. Circular Clarifier a Common in large treatment plants, featuring a rotating scraper to collect sludge. 4. Lamella Clarifier a Uses inclined plates to enhance sedimentation efficiency in a compact design. 5. Tube Settler Clarifier a Uses a series of tubes to promote settling in a small footprint. Applications: Municipal wastewater treatment Industrial effluent treatment Drinking water purification Power plants and chemical processing industries Would you like help selecting a clarifier for a specific application?

High-Performance Solid-Liquid Separation

Featuring advanced scraper arm drive technology and adjustable overflow, the Clarifier Mechanism effectively separates solids from liquids with efficiency up to 98%. Its consistent performance maintains water quality with output conductivity below 100 S/cm, making it a reliable component in water and wastewater treatment processes.

Customizable and Versatile Design

With diameters ranging from 5 m to 30 m and capacities up to 1,000 m3/day, the clarifier can be tailored to meet project specifications. Options for mild steel or stainless steel ensure durability, corrosion, and abrasion resistance, fitting a wide variety of industrial or municipal applications.

User-Friendly Operation and Maintenance

The clarifier incorporates features for ease of use, including manual or mechanical lifting arrangements and accessible sludge removal mechanisms. Its design minimizes maintenance requirements, enabling trouble-free continuous operation, while the robust structure supports long-term reliability in engineered on-site installations.

FAQs of Clarifier Mechanism:

Q: How does the clarifier mechanism function in wastewater treatment applications?

A: The clarifier mechanism uses a surface scraper arm with a drive system to remove settled sludge from the tank bottom. Water enters through center or peripheral feed, solids settle, and clear water overflows into a peripheral launder, providing effective solid-liquid separation.

Q: What types of water sources and treatment applications are suitable for this clarifier?

A: This clarifier is designed for use in industrial and municipal wastewater treatment, including water, effluent, and sewage treatment plants. Its robust construction and customizable design make it suitable for primary and secondary clarification processes.

Q: When should the overflow rate and other operating settings be adjusted?

A: Overflow rate and related settings should be adjusted during plant commissioning, routine process optimizations, or when influent water characteristics change. Proper adjustment ensures optimal clarification efficiency and compliance with treatment standards.

Q: Where can this clarifier be installed, and what are the installation types supported?

A: The clarifier can be installed on-site or as part of engineered installations in treatment facilities. Available for both new projects and plant upgrades, it accommodates different site requirements and volume capacities.

Q: What are the main advantages of using a robust welded MS or SS clarifier mechanism?

A: Using mild steel or stainless steel (SS304/316) ensures high resistance to corrosion and abrasion, extending the equipments lifespan. The structure is engineered for easy maintenance and consistent performance under varying operational loads.

Q: How is sludge removed and what is the benefit of a scraper arm with drive?

A: Sludge is removed via a scraper arm, powered either by center or peripheral drive. This mechanism continually collects settled solids, reducing manual intervention, preventing buildup, and ensuring efficient hydraulic operation and cleaner effluent.

Q: What level of water purity and efficiency can this clarifier achieve?

A: The clarifier can achieve water purity up to 99% with output conductivity below 100 S/cm. Its overall removal efficiency reaches up to 98%, making it a dependable solution for stringent regulatory and operational requirements.

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