자동 산 투입 시스템 1 – 100L/시간 폐수 자동 투입 펌프
Automated Acid Dosing System 1 – 100L/H Wastewater Automatic Dosing Pump Fully Automated Chemical Dosing System For Industrial Wastewater Designed to reduce energy consumption while maintaining precise chemical dosing for environmental compliance. Key Features Low-power dosing pumps Optimized control algorithms Long-life pump components Compact and modular design Applications Water treatment plants Industrial effluent management Cooling tower chemical dosing Technical
자동 산 투입 시스템
,산 투입 시스템 1L/시간
,100L/시간 자동 투입 펌프
- 저전력 주입 펌프
- 최적화된 제어 알고리즘
- 긴 수명 펌프 부품
- 소형 및 모듈형 디자인
- 수처리 공장
- 산업 폐수 관리
- 냉각탑 화학 물질 주입
| 유량 | 1-100 L/h |
|---|---|
| 압력 | ≤6 bar |
| 전원 공급 장치 | 100-240V |
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8m – 60m 중앙 구동 슬러지 스크레이퍼 수직축 클라리파이어 스크레이퍼
8m – 60m Center Drive Sludge Scraper Vertical Shaft Clarifier Scraper Vertical Shaft Center-Drive Sludge Scraper Product Overview The Vertical Shaft Central Drive Sludge Scraper is designed for large circular clarifiers and thickeners, providing efficient sludge collection and discharge. A vertical rack structure supports the central drive unit, which transmits torque through a vertical shaft to the scraper arms. It ensures smooth operation, uniform torque distribution, and
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센터 드라이브 슬러지 스크레이퍼 0.2 – 2.0 M/Min 회전 슬러지 스크레이퍼
Center Drive Sludge Scraper 0.2 – 2.0 M/Min Rotating Sludge Scraper Product Overview The Central Drive Sludge Scraper is designed for circular sedimentation and thickening tanks to collect and discharge settled sludge from the tank bottom. Driven by a central gearbox, the scraper arms rotate slowly, pushing sludge toward the central hopper for discharge, while optional skimmers remove surface scum. It features simple structure, reliable operation, and easy maintenance, making
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50 – 5000 M3/H 원형 침전조 폐수 처리 최종 침전조
50 – 5000 M3/H Circular Sedimentation Tank Wastewater Treatment Final Settling Tank Product Overview The Sedimentation Tank is a crucial unit in water and wastewater treatment systems. It removes suspended solids from raw water through gravity settling, allowing heavier particles to accumulate at the bottom while clarified water flows out from the top. This process effectively reduces the load on downstream filtration and biological treatment units, ensuring stable and
