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ProMinent Product Catalogue 2025 - Volume 3: Water Treatment and Water Disinfection
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ProMinent Product Catalogue 2025 - Volume 3: Water Treatment and Water Disinfection
Product catalog summary
Overview: The ProMinent Product Catalog 2025 focuses on water treatment and disinfection technologies, offering solutions for municipal, industrial, and recreational water systems. It is structured into key sections detailing specific technologies and products.
1. Water Treatment Technologies:
- UV Systems: DULCODES UV systems provide chemical-free disinfection, suitable for municipal drinking water and swimming pools, with energy efficiency and compliance with international standards.
- Ozone Systems: OZONFILT systems effectively remove organic and inorganic substances without by-products.
- Chlorine Dioxide Systems: Offer long-lasting microbial protection, especially in long pipelines and food industry applications.
- Electrolysis Systems: CHLORINSITU and DULCOLYSE systems produce chlorine on-site, eliminating the need for chemical transport and storage.
2. Dosing Systems:
- ULTROMAT and DULCODOS: Designed for easy installation and operation, meeting high standards for separating colloidal solids from liquids.
- DULCODOS SAFE-IBC: Provides uninterrupted chemical supply with safe storage and emptying of IBCs up to 1,000 liters.
3. Filtration Systems:
- Membrane Systems: Essential for removing particles and dissolved substances like salts, offering comprehensive water treatment solutions.
4. Digital Solutions:
- DULCONNEX: A smart solution for digital networking of system components, offering process monitoring and management capabilities.
Key Features and Innovations:
- Energy-efficient UV systems with electronic ballasts for precise lamp control.
- Advanced polymer preparation stations with proportional dosing and minimal product carryover.
- Seismic-resistant dosing and emptying stations for earthquake zones.
- Compliance with food and beverage industry standards for specific applications.
Customer Support: ProMinent offers comprehensive customer service, including technical support, installation, maintenance, and repair services, ensuring optimal product performance and customer satisfaction.
Overview of DULCODES UV Systems: DULCODES UV disinfection systems offer efficient and chemical-free water treatment for various applications, including municipal waterworks, food and beverage industry, and pharmaceuticals. They feature pH-independent operation, minimal space requirements, and low investment and operational costs.
Applications:
- Disinfection of drinking water and process water in the food and beverage industry.
- Reduction of chlorine dioxide, ozone, or chlorine in product water.
- Disinfection of sugar syrup and permeate in reverse osmosis systems.
- Support for disinfection in swimming pools and whirlpools.
System Description: DULCODES systems feature high-quality stainless steel or UV-resistant plastic irradiation chambers, high-performance UV lamps, and advanced electronic control systems, ensuring homogeneous UV dose distribution and reducing lifecycle costs.
UV Lamps:
- Low-Pressure VARIO-Flux Lamps: Patented high-performance lamps with a lifespan of 14,000 hours, adjustable to varying flow rates and temperatures.
- Medium-Pressure Powerline Lamps: Suitable for large flow rates and photochemical processes, with a lifespan of 8,000 to 10,000 hours.
Control Systems:
- Compact Control: Manages all UV system functions, displaying irradiation intensity and operational hours, with programmable safety thresholds.
- Comfort Control UVCb: Offers intuitive operation with real-time monitoring and data logging capabilities, including integration with external systems via CAN-bus interface.
Installation and Planning: Key considerations include designing for maximum water flow and minimum UV transmission, ensuring space for maintenance, and incorporating necessary valves and sampling taps.
Technical Details:
- Hydraulically optimized reactor design for minimal pressure loss.
- Dynamic lamp heating for quick adaptation to changing conditions.
- Real-time monitoring and data logging via the DULCONNEX platform.
Overview: The document provides detailed information on the DULCODES LP UV systems, designed for chemical-free disinfection of water in various sectors, including drinking water treatment, food and beverage production, and swimming pool water treatment.
Specifications:
- Continuous monitoring of reactor temperature using Pt 1000 temperature sensors.
- Available with either compact or comfort control systems.
- Integration with higher-level control systems through various analog and digital interfaces or a CANopen bus interface.
- Data logging capabilities with storage on an SD card for easy visualization.
Product Variants: The DULCODES LP systems are available in several configurations, each with different features such as control systems, wipers, and compliance with standards like NSF 50 and UL/CSA.
Technical Data: Detailed technical specifications for each variant, including maximum flow rates, lamp power, connection power, and dimensions.
Certifications: The DULCODES LP systems are certified according to international standards such as DVGW/SVGW/UVDGM and have been tested according to DIN 19294-1:2020-08.
Advantages:
- Dynamic lamp heating for optimal disinfection under varying flow rates and water temperatures.
- Homogeneous UV dose with minimal pressure loss.
- Reduced lifecycle costs due to fewer lamps and low energy consumption.
- Flexible installation options and real-time monitoring through the DULCONNEX platform.
Applications:
- Drinking water treatment
- Food and beverage production
- Swimming pool water treatment
Additional Features:
- Hygienic design for food and beverage industry applications.
- Corrosion-free design for saline water applications using high-density polyethylene reactors.
Conclusion: The DULCODES LP UV systems offer a versatile and efficient solution for water disinfection across various industries, focusing on reducing operational costs and ensuring high performance through advanced technology and design.
Overview: The document provides detailed information on various electrolysis systems for on-site production of sodium hypochlorite and chlorine gas, specifically focusing on the CHLORINSITU series. These systems are designed for efficient and safe disinfection of water in various applications, including drinking water, swimming pools, and cooling towers.
CHLORINSITU IIa XL: Designed for large-scale on-site production of hypochlorite, with a capacity of 5-45 kg/h of chlorine. It features a modular design, robust technology, and certified safety measures, ensuring efficient and reliable operation. Key advantages include low maintenance, high salt conversion efficiency, and safe hydrogen discharge.
Technical Specifications: Operates with a product concentration of 8 g/l chlorine, a pH of approximately 9.5, and requires specific salt and water quality conditions. Adaptable to project-specific requirements with components like softeners, cooling units, and dosing stations.
CHLORINSITU III: Produces high-purity sodium hypochlorite with a concentration of 25 g/l, minimizing chloride and chlorate content. Offers significant acid savings for pH correction and features remote control capabilities for enhanced operational safety and efficiency.
Technical Details: Includes a modern control system, remote diagnostics, and is suitable for various water treatment applications. Available in capacities ranging from 100 to 10,000 g/h of chlorine.
CHLORINSITU III Compact: Designed for smaller applications, this compact system produces sodium hypochlorite for small pools and private facilities. Features a simple, robust design with integrated softening to prevent scaling and ensure long cell life.
Technical Details: Pre-mounted for easy installation and includes a microprocessor control for monitoring and adjusting performance. Available in capacities of 25-50 g/h of chlorine.
CHLORINSITU V Compact: Generates chlorine gas using a vacuum process, suitable for small pools and private facilities. Combines chlorine production and pH adjustment in one unit, offering economic operation with minimal chemical use.
Technical Details: Includes a microprocessor control, vacuum monitoring, and is pre-mounted for easy installation. Available in capacities of 25-50 g/h of chlorine.
CHLORINSITU V: Designed to replace traditional chlorine gas systems in swimming pools, this system produces high-purity chlorine gas and chloride-free sodium hydroxide on-site, using only salt, water, and electricity.
Conclusion: The CHLORINSITU series offers a range of electrolysis systems tailored to different scales and applications, emphasizing safety, efficiency, and ease of use. Each system is designed to meet specific project requirements, ensuring optimal performance and reliability in water disinfection processes.
Overview: The document provides detailed information on electrolysis systems, specifically the CHLORINSITU and DULCOLYSE models, used for water disinfection. These systems utilize salt, water, and electricity to produce chlorine gas and sodium hydroxide, which are used for disinfection and pH correction, respectively.
Specifications: The CHLORINSITU V and V Plus systems are designed for on-site chlorine production, offering capacities ranging from 100 to 3,500 g/h. They operate on a 3 x 400 Volt power supply and are equipped with modern programmable logic controllers (PLCs) for system control and remote diagnostics. The DULCOLYSE system, suitable for sensitive applications like the food and beverage industry, offers a capacity of up to 800 g/h and operates on a 1 x 230 Volt power supply.
Technical Features: Both systems feature integrated remote control capabilities, membrane electrolysis cells, and hydrogen venting systems. The CHLORINSITU V Plus includes a unique Plus-System for storing excess chlorine as sodium hypochlorite, allowing for flexible response to demand spikes. The DULCOLYSE system emphasizes low chlorate and chloride content, minimizing corrosion risks.
Applications: These systems are applicable in various sectors, including drinking water, process water, swimming pool water, cooling towers, and the food and beverage industry.
Advantages: Key benefits include low chloride and chlorate levels, high operational safety, economic operation due to low raw material costs, and comprehensive disposal of residual brine. The systems also ensure high process safety through integrated measurement and control technology.
Technical Data: Detailed tables provide information on power consumption, salt and water usage, and system capacities. The systems are customizable to meet specific customer requirements, with optional features like multiple dosing points and different water quality handling capabilities.
Accessories and Maintenance: The document lists available accessories, such as hardness measurement kits and dosing systems, along with maintenance and spare parts information for the DULCOLYSE systems.
Recommended Dosing Pumps for DULCODOS DSKa Systems: Various sigma/X pump models are recommended for integration with DULCODOS DSKa dosing systems, each identified by specific codes.
DULCOLYSE Product Tanks: Available in 500L and 1,000L capacities, these tanks are designed for connection to DULCODOS DSKa systems.
Electrolysis Systems: CHLORINSITU and DULCOLYSE systems are highlighted for their disinfection and oxidation capabilities.
Polymer Preparation in Water Treatment: Emphasizes the importance of well-equipped polymer preparation stations to avoid inefficiencies and increased operational costs. ProMinent offers advanced systems to ensure optimal performance and cost-effectiveness.
Batch and Continuous Processes: Details on batch and continuous polymer preparation processes, highlighting their advantages such as quality control, flexibility, and constant supply.
In-line Systems: These systems offer space-saving solutions and immediate use of polymer solutions, ideal for processes requiring quick reaction times.
Polymer Preparation and Dosing Systems: ProMinent provides a range of systems for various applications, including ULTROMAT, DULCODOS, and PolyRex, each with specific characteristics and applications.
ULTROMAT ULFb Dosing System: Features a novel 3-chamber design for efficient polymer preparation, with options for standard, premium, and custom configurations. It supports both powder and liquid polymers with various control and monitoring options.
Technical Specifications: Includes detailed specifications for ULTROMAT ULFb systems, such as flow rates, polymer types, and control options.
Ordering System: Identcode system for ordering ULTROMAT ULFb systems, detailing options for design, volume, configuration, and control systems.
Overview: The document is a technical catalog detailing various dosing systems for polymers, specifically focusing on the preparation and dosing of polymer solutions used as flocculation aids. It includes specifications, options, and technical details for different systems.
1. ULTROMAT ULPa (Pendulum System):
- Designed for preparing polymer solutions with a capacity of 400 to 4,000 l/h.
- Features two separate chambers to prevent product carryover, suitable for both liquid and powder polymers.
- Advantages include precise processing of liquid (0.05 – 1.0%) and powder polymers (0.05 – 0.5%), operator-guided input for concentration and calibration, and gentle mixing with an electric stirrer.
- Technical details include Siemens S7-1200 control, optional PROFIBUS®, Profinet, and Modbus TCP.
- Applications: Drinking water treatment, paper manufacturing.
2. ULTROMAT ULDa (Double-Deck System):
- Automatic preparation system for polyelectrolytes, suitable for liquid and powder polymers.
- Features two stacked PP tanks to prevent product carryover, with the solution prepared in the upper tank.
- Advantages include high variant diversity, operator-guided input, and gentle mixing.
- Technical details include Siemens S7-1200 control, optional PROFIBUS®, Profinet, and Modbus TCP.
- Applications: Drinking water treatment, wastewater treatment, sludge dewatering, paper manufacturing.
3. DULCODOS ULIa (Inline System):
- Inline system for preparing fully activated liquid polymer solutions with a capacity of 100 – 400 l/h against 4.5 bar.
- Features integrated mixing and maturation chambers, with precise processing of liquid polymers (0.05 – 1.0%).
- Advantages include efficient mixing, operator-guided concentration input, and compact design.
- Technical details include proportional dosing, optional integrated post-dilution unit, and Schneider Electric TM241 control.
- Applications: Sludge dewatering, wastewater treatment, drinking water treatment.
Technical Specifications:
- Various configurations for tank size, electrical connections, and control systems.
- Options for powder feeders, liquid concentrate pumps, and monitoring systems.
- Standard features include pause function, operation notification, and transport lifting eyes.
Ordering Information:
- Identcode system for specifying type, tank size, and extraction rate.
- Options for normal or mirrored setup, electrical connections, and additional components.
Technical Document Summary:
1. Hose Types and Specifications: Various hose types are specified, including PVC, PE with clamps, PE compliant with EU 1935/2004, PTFE, and PVDF hoses. Future selections are available for specific configurations.
2. Language Options for Operating Instructions: Operating instructions are available in multiple languages, including Chinese, German, English, Finnish, French, Italian, Dutch, Polish, Portuguese, Russian, Swedish, Spanish, Czech, Hungarian, and others upon request.
3. Dosing and Emptying Station DULCODOS SAFE-IBC: This section outlines the product catalog for dosing systems and installations, focusing on safe handling of chemicals with PE/PP containers. These containers are designed for both indoor and outdoor use, with capacities ranging from 500 to 50,000 liters. They comply with legal requirements and are manufactured according to customer specifications and German Institute for Building Technology (DIBt) guidelines.
4. Storage and Process Containers: PE storage containers with general WHG approval are discussed, suitable for storing water-hazardous chemicals. These containers are TÜV-SÜD monitored and come with various accessories like monitoring equipment, filling devices, and heating systems. Technical details include compliance with WHG standards, material specifications, and optional features like ladders and platforms.
5. Accessories and Safety Equipment: Includes overfill protection systems, leakage sensors, and measurement transformers, all with certification. Additional accessories like chemical filling stations, tank heating, and radar level sensors are available, with specifications for installation and operation.
6. Custom PP/PE Process Containers: Custom-designed containers are available to meet specific technical and spatial requirements. These containers can include various fittings and sensors, and are made from PE-HD or PP materials, suitable for non-pressurized operations at temperatures up to 80°C.
7. Membrane Filtration Systems: Membrane filtration is highlighted as a cost-effective method for water treatment, with applications in microfiltration, ultrafiltration, nanofiltration, and reverse osmosis. The document provides a detailed overview of particle sizes and types removed by each method, emphasizing the versatility and efficiency of ultrafiltration systems.
Ultrafiltration Systems Overview: Ultrafiltration systems are designed to filter water with minimal chemical use. The primary operation mode is the dead-end process, where raw water flows into the capillary, and pure water passes through the membrane, leaving other substances on the membrane surface. Regular automatic backwashing is used to remove the buildup on the membrane.
Components of Ultrafiltration Systems:
- Stainless steel or high-quality coated steel frame
- Prefilter for membrane protection, optionally backwashable
- UF membrane modules
- Pneumatically controlled valves made of high-quality materials
- Electronic pressure measurement
- Filtration and backwash pumps, optionally with frequency converters
- Magnetic inductive flow measurement for flow regulation
- Integrated filling system for the rinse water tank
- SPS control with touchscreen panel or microprocessor control
Advantages of Ultrafiltration Systems:
- Filtrate values less than 0.1 NTU regardless of raw water turbidity
- Membrane cut-off (MWCO) around 100 kDa
- High retention rates for bacteria (99.9999%) and viruses (99.99%)
- Easy operation and integration with other systems
- Optimal operation through modern measurement and control technology
Applications of Ultrafiltration Systems: These systems are typically used for removing particles, turbidity, and pathogens in public or private drinking water supplies. They are mainly used for treating freshwater, including surface, spring, or well water, and can also be used for brackish and seawater as a pre-treatment for desalination processes.
Technical Details and Performance: Ultrafiltration systems offer filtration capacities ranging from 1 to 80 m3/h, with custom solutions available upon request. The systems are equipped with durable PES ultrafiltration membranes and can be installed in existing technical rooms or containers.
Nanofiltration Systems Overview: Nanofiltration systems, such as the DULCOSMOSE NF, provide partial desalination for industrial applications. They operate at low pressures, reducing operational costs, and are equipped with ultra-low pressure membranes for maximum permeate performance.
Advantages of Nanofiltration Systems:
- Efficient operation with yields up to 85% and high salt retention rates
- Reduced maintenance and service costs
- Optional permeate rinsing to prevent deposits
- High-quality construction with corrosion-resistant frames
Applications of Nanofiltration Systems: These systems are a cost-effective alternative to reverse osmosis for specific desalination tasks, such as removing multivalent ions or color. They are used in public water supply, chemical and pharmaceutical industries, and more.
Reverse Osmosis Systems Overview: Reverse osmosis is a membrane filtration process with the highest separation threshold, used for desalting aqueous solutions. It involves applying artificial pressure to separate pure water from dissolved ions and particles.
Components and Advantages of Reverse Osmosis Systems:
- Stainless steel, PP, or powder-coated steel frames
- 5 µm prefilter
- High-pressure pump protection with pressure switches
- Spiral-wound low-pressure membranes in GFK pressure tubes
- ProMinent conductivity sensor and control system
Reverse Osmosis Systems:
DULCOSMOSE SW System: Converts seawater into potable water with a permeate capacity ranging from 780 to 29,000 l/h. Features high rejection low-pressure membranes for maximum performance at moderate pressures, reducing costs. Adaptable to customer needs, with options for energy recovery and various membrane types.
Technical Specifications:
- Designed for feed water with a maximum salt content of 40,000 mg/l and a pH range of 3.0 to 10.0.
- Systems are available with 4” or 8” membranes, achieving over 99% salt retention.
- Energy recovery systems are optional, utilizing advanced pressure exchangers.
Applications: Suitable for decentralized, public, or private drinking water supply.
DULCONNEX: IIoT Solution for Digital Fluid Management:
Overview: DULCONNEX offers a cloud-based IIoT solution for real-time monitoring and management of fluid systems. It provides enhanced process security, reliability, and transparency through real-time monitoring, alarms, and automated reports.
Features:
- Centralized control and monitoring of installations from any location using smartphones, tablets, or PCs.
- Configurable alarms and notifications for 24/7 updates on system status.
- Secure data storage and access via the DULCONNEX Cloud.
Applications: Suitable for various water treatment applications, including industrial, process, cooling, drinking, and swimming pool water.
Benefits:
- Comprehensive overview of all devices and installations.
- Secure storage of historical data and alarms.
- Continuous documentation and automated reporting.
- Accessible via web without the need for additional apps.
DULCONNEX Gateway: The gateway securely transmits data from supported products to the DULCONNEX Cloud, ensuring smooth and secure operation.
DULCONNEX Blue App: This mobile app allows for efficient and secure operation of pumps via Bluetooth, offering easy configuration and live monitoring from a distance.
Technical Requirements: Supported device models must have the latest firmware version and an integrated Bluetooth module (either Bluetooth Classic or Bluetooth Low Energy). Mobile devices should run on Android version 9.0 ("Pie") or iOS version 12 or later.
Supported Devices: The supported devices include the Magnet-Membrane Dosing Pump gamma/ X and gamma/ XL with specific firmware versions for Bluetooth modules, and the Radar Level Sensor DULCOLEVEL. More models will be supported in the future.
Supported Languages: The platform supports German, English, French, Spanish, and Polish.
DULCONNEX: IIoT Solution for Digital Fluid Management: This section outlines the DULCONNEX platform, a web-based IIoT solution for fluid management, providing remote access to plant and process data. It enhances plant availability, optimizes process quality, and increases safety through continuous monitoring and comprehensive documentation.
Key Features:
- Real-time monitoring and control of connected devices, reducing the need for protective gear.
- Quick setup by transferring configurations between devices.
- Dashboard for monitoring device status and performance data.
- Automated logging of errors and events to minimize downtime.
- Compliance with regulatory documentation requirements through automated reporting.
DULCONNEX Platform: The platform offers remote monitoring and documentation of plant and process data, with configurable alarms and email notifications. It provides transparency and security by storing data in the cloud and allows for efficient service planning.
DULCONNEX Inventory Management: This add-on allows for remote monitoring of tank levels and chemical inventories across different locations. It provides dashboards, reports, and views for efficient use of tank level applications.
DULCONNEX API: The API enables data retrieval from the DULCONNEX Cloud for integration into various systems, supporting detailed overviews and reports for compliance and inventory management.
Pricing: Monthly fees are associated with each connected device for the DULCONNEX Platform, Inventory Management, and API.
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Catalog excerpts
Wasseraufbereitung und Wasserdesinfektion Produktkatalog 2025
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Bei Fragen rund um die Dosiertechnik steht Ihnen unser Team gerne zur Seite. Rufen Sie uns an! Wir freuen uns auf Sie. Montag bis Freitag 8:00 – 16:30 Vertrieb ProMinent Deutschland 0049 6221 842 - 1800 [email protected] Unser Kundenservice Unsere Servicetechniker sind für Sie im Einsatz. Ob zur Erstinstallation oder für Wartungs- und Reparaturarbeiten. Wir sind gerne für Sie da! 0049 6221 842 - 1850 [email protected] Technische Kundenberatung 0049 6221 842 - 1850 [email protected] Herausgeber: ProMinent GmbH Im Schuhmachergewann 5–11 69123 Heidelberg Germany Telefon: +49 6221 842–0...
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Produktkatalog Band 3 Wasseraufbereitung und Wasserdesinfektion Technologieunabhängige Lösungen aus einer Hand Kapitel 1 UV-Anlagen zur schonenden und chemikalienfreien Wasserbehandlung. Sie eignen sich ideal zur Desinfektion von kommunalem Trinkwasser oder Produktwasser in der Getränkeindustrie. Bei der Badewasseraufbereitung sorgen die UV-Anlagen für ungetrübten Badespaß ohne störendes gebundenes Chlor. Ozonanlagen sind die optimale Lösung, wenn unerwünschte organische oder anorganische Stoffe wirkungsvoll entfernt werden müssen. Das reaktionsfreudige Ozon bietet ebenso eine effiziente Desinfektion...
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Inhaltsverzeichnis Wasseraufbereitung und Wasserdesinfektion 1.1.3 Fragebogen zur Auslegung einer UV-Anlage 12 1.1.5 UV-Anlage DULCODES LP zertifiziert 15 1.1.7 UV-Anlage DULCODES LP-PE Kunststoff 19 1.1.10 Zubehor fur UV-Anlagen DULCODES 25 1.2 Ozonanlagen OZONFILT und DULCOZON 27 1.2.3 Fragebogen zur Auslegung einer Ozon-Anlage 30 1.2.4 Ozonanlage OZONFILT OZVb 31 1.2.5 Systemlosung OZONFILT Compact OMVb 36 1.2.6 Ozonanlage OZONFILT OZMa 38 1.2.7 Ozonanlage DULCOZON OZLa 45 1.2.8 Zubehor und Ersatzteile fur Ozonanlagen 49 1.3.3 Fragebogen zur Auslegung einer Chlordioxidanlage 61 1.3.4 Chlordioxidanlage...
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Wasseraufbereitung und Wasserdesinfektion Seite 1.4.6 Elektrolyseanlage CHLORINSITU III 99 1.4.7 Elektrolyseanlage CHLORINSITU III Compact 101 1.4.8 Elektrolyseanlage CHLORINSITU V Compact 103 1.4.10 Elektrolyseanlage CHLORINSITU V Plus 107 1.4.11 Fragebogen zur Auslegung einer DULCOLYSE Anlage 109 2.1 Ansetz- und Dosiersysteme fur Polymere 113 2.1.2 Leistungsubersicht Polymeransetz- und Dosieranlagen ULTROMAT, 114 2.1.3 Ansetzstationen und Dosierung von pulverformigen und flussigen Polymerlosun- 115 2.1.4 Dosiersystem ULTROMAT ULFb (Durchlaufanlage) 116 2.1.5 Dosiersystem ULTROMAT ULPa (Pendelanlage)...
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Inhaltsverzeichnis Wasseraufbereitung und Wasserdesinfektion Seite 3.4.2 Fragebogen zur Auslegung einer UO-Anlage 166 4.1 DULCONNEX: IIoT-Losung fur digitales Fluidmanagement 173 4.1.1 Intelligente Prozessuberwachung - anytime, anywhere 173 4.1.4 Ihre Vorteile durch digitales Fluidmanagement 176 4.1.8 DULCONNEX Inventory Management 182
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Produktneuheiten Wasseraufbereitung und Wasserdesinfektion UV-Anlage DULCODES MP Perfekte UV-Desinfektion und effizienter Abbau von gebundenem Chlor im Badewasser DULCODES MP ist eine UV-Anlage mit Hochleistungs-Mitteldrucklampen. Vielfältige Ausführungsvarianten ermöglichen eine einfache Anpassung an Ihre konkreten Anforderungen. Neben der klassischen Vorschalttechnik ist die Dulcodes MP nun auch mit einem elektronischen Vorschaltgerät verfügbar. Dadurch ist eine automatische und präzise Leistungsansteuerung der Lampen an wechselnde Betriebsbedingungen möglich. Das spart Energie und verlängert...
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Produktneuheiten Wasseraufbereitung und Wasserdesinfektion Dosier- und Entleerungsstation DULCODOS SAFE-IBC fur ErdbebenzonenNeue Ausfuhrung fur Erdbebenzonen 1 bis 3 Die Dosier- und Entleerungsstation DULCODOS SAFE-IBC versorgt Ihren Prozess unterbrechungsfrei mit Chemikalien. Dank eines speziell entwickelten Designs, zusatzlicher Anbauteile und SchutzmaBnahmen ist die neue Ausfuhrung der DULCODOS SAFE-IBC gegen Erdbebeneinwirkungen geschutzt und erfullt die Anforderungen nach DIN 4149 und DIN EN 1998-1. ■ Zwischenbehalter befestigt in der Auffangwanne uber spezielle Bodenplatten ■ Anti-Rutschmatte...
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1.1 UV-Anlagen DULCODES In der modernen Wasseraufbereitung ist ein wesentlicher Schritt die Desinfektion. In immer groBerem Umfang kommt dabei die UV-Desinfektion als sicheres, chemiefreies und zuverlassiges Desinfektionsverfahren zum Einsatz. Umfangreiche Forschungsprojekte und eine Vielzahl storungsfrei arbeitender Anlagen beweisen die Sicherheit und Zuverlassigkeit der UV-Desinfektion. Bei der UV-Desinfektion wird das zu desinfizierende Wasser mit ultraviolettem Licht bestrahlt wodurch es sich um ein rein physikalisches, chemiefreies Verfahren zur Wasserdesinfektion handelt. Insbesondere die...
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UV-Anlagen DULCODES Die besonderen Merkmale unserer DULCODES UV-Desinfektionsanlagen sind: Homogene UV-Dosisverteilung dank optimiertem Strömungsverhalten im Reaktor garantiert maximale Durchflussleistung bei minimaler Lampenanzahl und minimalem Druckverlust Reduzierung der Lebenszykluskosten durch langlebige Hochleistungslampen mit geringem Energieverbrauch und hoher UV-Ausbeute Einzigartiges aktives Temperaturmanagement der VARIO-Flux-Niederdrucktechnologie passt Lampenleistung sekundenschnell an und sorgt für optimale Desinfektion auch bei schnell wechselnden Durchflüssen und Temperaturbedingungen...
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UV-Anlagen DULCODES DULCODES UV-Steuerungen Kompaktsteuerung Kompakte Einheit zur Steuerung aller Funktionen der UV-Anlage. Die Steuerung kann für Einlampenanlagen der DULCODES LP-Baureihe ausgewählt werden. Im Display werden die aktuelle Bestrahlungsintensität, die Betriebsstunden und die Zahl der Lampeneinschaltungen abwechselnd angezeigt. Die Kompaktsteuerung informiert den Betreiber bei Unterschreitung von jeweils frei programmierbaren Sicherheits- und Warnschwellen. Bedarfsabhängig können vielfältige Funktionen wie Inbetriebnahmespülung, Intervallspülung, Stillstandsspülung sowie eine Nachbrennzeit...
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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.