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Product catalog summary

Introduction
Salher has been innovating since 1980, and the 2019 catalogue introduces new manufacturing methods and product ranges. Key innovations include the Multi Angle production system for GFRP equipment, enhancing strength, durability, and quality control.

Pretreatment
Updates include the TAHEL-Mini equipment, now more stylized and available in larger dimensions. The TARO-Mini rotary sieve, made of corrosion-resistant materials, remains a bestseller. The PSG pre-treatment stations have been redesigned for competitiveness, with new components and accessories.

Primary Treatments
New lamellar clarifiers for drinking water treatment and the VESPA dissolved air flotation system for wastewater are introduced. These systems offer isothermal options and improved inspection features.

Secondary Treatments
New treatment lines for large flows are available, with prefabricated plants for up to 20,000 population equivalents. Modular and transportable designs are offered for emergencies.

Tertiary Treatments
Prices for tertiary systems have been updated following redesigns.

Water Purification
Custom-made drinking water treatment plants are available, featuring technologies for disinfection, purification, and desalination.

Pumping Stations
Redesigned with new pumps and formats, including tilting covers and electric hoist gallows.

Sludge Treatment and Thickeners
New competitive pricing for FILSA, with a new model FILSA 08. FILSA can now be manufactured in PP for cost-effectiveness.

Accessories
New models of Parshall flumes and competitive pricing for CARBO-SAC. Salher offers complete electrical engineering services.

Tanks
New UR manufacturing system features thermostable and high-resistance tanks.

Oil/Water Separators
Redesigned for efficiency and compliance with EN-858 standards. Class II separators have been removed due to regulatory changes.

Specifications

Materials: Equipment is primarily constructed from stainless steel (AISI 304 or 316) and Glass Fiber Reinforced Polyester (GFRP) for corrosion resistance.
Components: Systems include automatic cleaning mechanisms, waste dehydration and compaction systems, and various accessories like safety switches and emergency stop buttons.
Installation: Equipment is designed for aboveground installation with adjustable supports for stability and maintenance.

Procedures

Automatic Cleaning: Utilizes electrovalves, filters, and spray nozzles for efficient cleaning of sieves and screens.
Waste Management: Systems include mechanisms for the compaction and dehydration of waste to reduce volume and odor.

Norms and Recommendations

Pre-treatment systems are tailored for urban wastewater; industrial applications require consultation and confirmation.
Equipment is modular for easy transport and installation.

Key Models and Flow Rates

Helical Screw Sieve (TA-HEL): Available in various sizes with flow rates ranging from 20 to 540 m³/h depending on the opening size.
Rotary Drum Sieve (TARO): Designed for fine solid removal with flow rates up to 375 m³/h.
Compact Pretreatment Plants: Include models like PPC-TAHEL and PPC-TARO, offering integrated solutions for solid, sand, and grease removal.

Tables and Data The document includes detailed tables specifying dimensions, flow rates, and power requirements for each model, emphasizing the adaptability of systems to different operational needs.

Sieve and Sand Removal Systems The document describes systems for removing fine solids and sand from wastewater. These systems use reinforced stainless steel components and include features like endless screw sieves and airlift pumps for sand removal. The technical specifications include dimensions, power requirements, and hydraulic connections.

Grease Removal Systems The document outlines systems for separating oil and grease from wastewater using fine bubble diffusers and scrapers. It includes both vertical and horizontal grease separators made from Glass Fiber Reinforced Polyester (GFRP) and stainless steel, compliant with EN 1825-1:2005 standards. Options for manual and automatic grease removal are provided, with specifications for different capacities and configurations.

Storage and Settling Tanks Various tanks for wastewater storage and sand/solids settling are described. These are made from GFRP and include features for manual removal of contents, optional alarms, and ventilation connections. The document provides detailed dimensions and capacities for each model.

Manual and Automatic Grease Separators The document details grease separators suitable for restaurant use, highlighting manual and automatic options. These separators are designed for easy handling and maintenance, with features like removable baskets and heating elements to aid grease separation.

Accessories and Spare Parts A comprehensive list of accessories and spare parts for the equipment is provided, including brushes, scrapers, bearings, and diffusers. The document specifies the compatibility of these parts with different models and their role in maintaining equipment efficiency.

Packaging and Shipping The document mentions packaging standards for maritime shipping, ensuring protection against corrosion and compliance with international regulations.

Primary Treatments

Small Vertical Septic Tank (CVC-FS): Made from GFRP, removes 65-70% of suspended solids and 30-35% of BOD5. Available in various sizes with different volumes and dimensions.
Horizontal Septic Tank (CHC-FS): Similar efficiency as the vertical model, with different dimensions and capacities.
Imhoff Tank (CHC-IMH): Offers slightly higher removal efficiency for suspended solids and organic matter.
Truncated Cone-Shaped Settling Tanks: Available in closed (CVC-DC-TC) and open (CVA-DC-TC) models, designed for underground installation.
Lamella Clarifier (DE-LA): Enhances settling efficiency with lamellar modules, suitable for various water treatment applications.
Dissolved Air Flotation Unit (VESPA): Efficient in removing suspended solids, grease, and oils, with various models offering different flow capacities and dimensions.

Additional Features

All equipment is manufactured in compliance with relevant standards and includes features for easy maintenance and operation.
Options for customization and additional accessories are available, such as flocculation systems and polyelectrolyte preparation plants.

Conclusion The document provides comprehensive details on wastewater treatment equipment, highlighting their specifications, efficiency, and operational features. It serves as a guide for selecting appropriate systems based on specific treatment needs and conditions.

Main Sections

Specifications: The document provides detailed specifications for different WWTP models, including volume, dimensions, and power requirements. The models vary in capacity from 25 to 3000 cubic meters, with different configurations for blowers, pumps, and agitators.
Technologies: The catalogue describes several WWTP technologies, including nitrification-denitrification processes, low-load activated sludge systems, and Moving Bed Biological Reactor (MBBR) technology. Each technology is designed for specific treatment processes such as organic matter removal, nitrogen removal, and phosphorus removal.
Components and Features: Key components include biological reactors, settling tanks, and various chambers for aeration and settling. The reactors are made from Glass Fiber Reinforced Polyester (GFRP) and include features like fine bubble diffusers, submerged agitators, and recirculation systems.
Options and Accessories: The document lists optional equipment such as panel boards, pretreatment devices, and tertiary treatment systems. It also mentions the possibility of including automation and control systems, such as GSM control and dissolved oxygen meters.
Data Tables: Several tables provide detailed data on the dimensions, power requirements, and capacities of different WWTP models. These tables are crucial for selecting the appropriate system based on specific needs and site conditions.

Key Takeaways The document is a comprehensive guide for selecting and configuring WWTPs based on specific treatment requirements and site conditions. It emphasizes flexibility in design to accommodate varying contaminant loads and future efficiency needs.

1. MBBR Technology

Specifications: The catalogue provides detailed specifications for WWTPs using MBBR technology, including total volume, number of modules, and equipment power requirements for different plant capacities ranging from 75 to 3000 PE (Population Equivalent).
Key Features: MBBR systems are designed for efficient nitrogen and phosphorus removal, with options for various configurations based on plant size and capacity.

2. MBR Technology

Functionality: MBR systems offer high-efficiency removal of organic matter, suspended solids, and ammonia, with the capability for water reuse.
Characteristics: These systems use ultrafiltration membranes with pore diameters less than 0.1 µm, ensuring high-quality effluent suitable for reuse according to RD1620/2007 standards.
Advantages: MBR systems reduce the required surface area by 65-75% compared to traditional technologies, eliminate secondary settling tanks, and offer high automation levels.

3. Portable and Containerized WWTPs

Design: These systems are designed for easy transport and installation, available in standard 20’ or 40’ containers, and are suitable for both underground and aboveground installations.
Applications: They are ideal for scenarios requiring compact and modular solutions, with options for technical compartments for equipment and control panels.

4. Modular Plants with Plates

Functionality: These systems are designed for large flow urban and industrial wastewater treatment, offering modularity for easy shipment and installation worldwide.
Construction: Composed of mechanical and chemical-resistant plates, these plants are suitable for under and half underground installations.

5. Trickling Filter Systems

Vertical and Horizontal Configurations: The catalogue describes both vertical and horizontal biological treatment systems using trickling filters, with efficiencies of 70-80% for BOD5 and 65-70% for suspended solids removal.
Components: These systems include settling-digestion chambers, biological filters, and grease separators, with options for partial or complete water recirculation to enhance treatment efficiency.

Conclusion The catalogue provides comprehensive technical details and options for various WWTP configurations, emphasizing modularity, efficiency, and adaptability to different treatment needs and capacities.

1. Wastewater Treatment Plants (WWTP)

Function: Removal of organic matter (BOD5) and suspended solids (SS).
Characteristics: Systems like CHCD-D and CVC-FB are made from Glass Fiber Reinforced Polyester (GFRP) and feature high porosity plastic filling materials.
Efficiency: CHCD-D achieves 85% BOD5 and 80% SS removal efficiency.
Components: Include settling-digestion chambers, biological filters, and secondary settling tanks.

2. Secondary Treatments

Data tables provide specifications for various models, indicating volume, dimensions, and component sizes.

3. Tertiary Treatments

Introduction to Reuse Systems: Salher offers equipment for water reuse, complying with RD 1620/2007 standards, suitable for residential, service, industrial, and entertainment applications.
Components: Include ultrafiltration systems, high-efficiency filtration, activated carbon filtration, and disinfection systems.

4. Compact Water Reuse Plants

GRISAL-AUT: Designed for grey and treated water reuse, featuring high-efficiency filters, UV light, and chlorination systems.
LAVA-E: For industrial water reuse, particularly from vehicle washing systems, includes activated carbon filters and UV sensors.
UF-AUT: Utilizes ultrafiltration technology for wastewater and rainwater reuse, with detailed specifications for flow rates and tank sizes.

5. Additional Information

Salher reserves the right to modify data without notice, and the document is protected by intellectual property law.

Rainwater Treatment The document describes Salher's rainwater treatment equipment, which includes a compact structure with hydraulic and electrical interconnections. Key components are a filtration head, disinfection system, dosing pump, storage tank, and recirculation pump. Options for raw and clean water storage tanks are available.

Rainwater Recycling and Treatment Complementary equipment for rainwater recycling includes filtration and storage tanks made from Glass Fiber Reinforced Polyester (GFRP) for both aboveground and underground installations. The tanks vary in volume and dimensions, catering to different storage needs.

Water Purification Systems Salher offers modular water purification systems for various water sources, including surface, underground, and seawater. The systems are designed for flexibility and efficiency, with options for lamellar settling, filtration, ultrafiltration, reverse osmosis, and electrodeionization.

Filtration Treatments The catalogue details compact purification plants for water with low pollutant loads, featuring high-efficiency filters and disinfection systems. Options include filtration with zeolite or activated glass media and additional disinfection systems.

Disinfection Systems Various disinfection methods are outlined, including sodium hypochlorite treatment, UV disinfection, and ozone treatment. These systems ensure the removal of microorganisms and maintain water quality.

Technical Specifications The document provides detailed specifications for each system, including dimensions, weight, flow rates, and power requirements. It emphasizes the adaptability and efficiency of Salher's systems, highlighting their compliance with international standards.

Conclusion Salher's water treatment solutions are designed for robustness, reliability, and ease of use, with a focus on high-quality water production and low operational costs. The systems are modular and scalable, suitable for various applications and future expansions.

Filtration Treatments The document describes compact water purification plants using active carbon and other media like zeolite and activated glass. These systems are equipped with automatic cleaning, centrifugal pumps, and chlorination stations. They are designed to remove suspended solids, turbidity, and specific contaminants such as iron and manganese. The systems comply with RD 140/2003 and WHO recommendations.

Ultrafiltration Treatments Ultrafiltration plants are detailed with specifications for removing suspended solids, organic matter, and microorganisms. They feature high-efficiency tubular membranes and are suitable for pretreatment in reverse osmosis processes. The systems include automatic control and disinfection equipment.

Reverse Osmosis Treatments Compact reverse osmosis plants are designed for small flows, focusing on removing inorganic matter, salinity, and pathogens. They achieve high salt rejection and include microfiltration, vertical centrifugal pumps, and spiral wound membranes.

Alternative Filtration Options The document lists alternatives such as decalcification, denitrification, demineralization, iron removal, and remineralization, each with specific functions and limitations based on water composition.

Technical Specifications Detailed tables provide dimensions, power requirements, and weights for each system, highlighting the scalability and adaptability of the plants to different operational needs.

Reverse Osmosis Treatments

Compact Plants for Small Flows: Designed for low Total Dissolved Solids (TDS) water with conversion rates between 30-60%. Systems are customizable based on water quality.
Compact Plants for Large Flows: Suitable for higher TDS levels with conversion rates up to 75%. Features include antifouling treatments, microfiltration, and automatic cleaning systems.

Ultrapure Water Production

Demineralization/Electrodeionization: Utilizes ion exchange and electrodeionization for high-quality water with low conductivity and silica concentration. Systems are compact and include microfiltration and recirculation features.
Continuous Electrodeionization: Advanced technology for producing high-quality water without traditional regenerators. Features include selective membranes and ion exchange resins.

Emergency Water Purification Plants

Designed for rapid deployment in emergency situations, these plants are mobile, easy to operate, and provide high-quality drinking water from various sources.
Systems comply with international standards and offer different purification methods, including manual and automatic options.

Disinfection Systems

Automatic Chlorination: Systems for maintaining water quality in treated water tanks, featuring digital regulators, chlorine and pH probes, and dosing pumps.

Technical Specifications

Detailed tables provide dimensions, power requirements, and flow rates for various systems, emphasizing the need for case-by-case design based on specific water quality conditions.

1. Disinfection Systems

Automatic Redox Station (REF: SAL-RX): Designed for maintaining water quality in fire protection and reuse tanks. Features include a digital regulator, redox probe, dosing pump, and recirculation pump. Options include water tanks for fire protection and portable photometers.
Chlorination Chamber (REF: CVC-CE): Used for water purification and pathogen removal. It includes a dosing system for hypochlorite and options for disinfection chambers and sodium hypochlorite tanks.
Ozone Generation System (REF: SAL-OZ): Utilized for pretreatment to remove turbidity and oxidize compounds. It includes a high concentration ozone generator and options for redox measurement devices.
Ultraviolet Disinfection (REF: SAL-UV): Employs UV-C lamps to destroy bacteria and viruses. Features include a radiation chamber, manual cleaning systems, and optional UV intensity sensors.

2. Oil/Water Separators

Class I Oil/Water Separators: These systems separate mineral oil, grease, and hydrocarbons from water using coalescence. They are designed according to EN 858 standards and include options for oil and hydrocarbon detection alarms.
Class II Oil/Water Separators: Standard systems with one separation chamber, designed for basic oil separation needs.
Accessories: Include independent oil storage tanks, vertical sand and solids settling tanks, mechanical skimmers, and various alarms for detecting hydrocarbons, sand, and solids.

3. Technical Specifications The document provides detailed specifications for each system, including dimensions, capacities, and flow rates. It emphasizes the adaptability of systems to different requirements and the availability of custom configurations.

4. Compliance and Standards All systems are designed to comply with relevant standards, such as EN 858 for oil/water separators, ensuring safety and efficiency in operation.

5. Notes The document highlights that data and models may vary, and Salher reserves the right to modify specifications without notice. It also mentions intellectual property rights, restricting the duplication of the document.

Class I Oil/Water Separators These separators use coalescence for separating mineral oil, grease, and hydrocarbons from water. They feature built-in settling chambers, automatic closure devices, and by-pass systems. The separators are designed to handle nominal flows and are compliant with EN 858 standards. They are made from Glass Fiber Reinforced Polyester (GFRP) and include options for alarms and mechanical skimmers.

Class II Oil/Water Separators Similar to Class I, these separators also separate oil and hydrocarbons by density difference but are classified as Class II with outlet parameters lower than 100 ppm. They are also made from GFRP and include options for alarms.

Accessories The catalogue lists various accessories for oil/water separators, including independent oil storage tanks, vertical sand and solids settling tanks, mechanical skimmers, and flow regulators. Each accessory is detailed with specifications such as flow capacity, dimensions, and material composition.

Alarms and Detection Systems The document describes several alarm systems for detecting oil, hydrocarbon, sand, and solids levels. These systems include options for solar panel charging and mobile alerts via GSM, ensuring efficient monitoring and maintenance of the separators.

Key Specifications The document provides detailed tables with specifications for flow rates, capacities, dimensions, and materials for each product and accessory. These specifications are crucial for selecting the appropriate equipment based on specific needs and conditions.

Specifications The pumping stations are constructed from Glass Fiber Reinforced Polyester (GFRP) and are equipped with various pump types, including vortex and single-channel impellers. They feature submerged pumps, level measurement systems, and retention valves. The document specifies power, voltage, intensity, flow rates, and solids passage for each model.

Standard Pumping Stations The catalogue categorizes standard pumping stations into several ranges based on capacity and application:

Range Mini (CVC-PB-A, CVA-PB-A): Designed for small flows, these stations include single-phase pumps with level float regulators and GFRP tanks.
Medium Range (CVC-PB-B): Suitable for wastewater and rainwater, featuring alternate operation pumps and optional accessories.
Maxi Range (CVC-PB-C): Offers both vortex and single-phase impeller options, with high capacity and multiple pump configurations.
Maxi-Vortex Range (CVC-PB-D): High-capacity stations with vortex impellers, suitable for large flow requirements.
Single-Channel Maxi Range (CVC-PB-E): Designed for high flow rates with single-channel impellers.

Custom-Made Pumping Stations Salher offers tailored solutions based on client specifications, including technical platforms, automatic screening systems, and specific design flow rates. Data required for customization includes outlet collector depth, diameter, and geometric height.

Accessories The document lists various accessories available for the pumping stations, such as valve vaults, manhole extensions, access ladders, pedestrian covers, anti-fall platforms, and self-cleaning bottoms.

Key Data and Models The document provides detailed tables with technical data for each model, including power, voltage, intensity, flow rates, and solids passage capabilities. It emphasizes the flexibility in dimensions and configurations to meet specific needs.

Compliance and Modifications All products comply with EN-12050-1 standards, and Salher reserves the right to modify specifications as part of their continuous development policy.

1. Tank Specifications

Aboveground and Underground Tanks: These are cylindrical, horizontal, and closed tanks with manholes and GFRP covers. They are made from Glass Fiber Reinforced Polyester (GFRP) with orthophthalic resins. Options include cast-iron covers and PVC connections.
Isothermal Tanks: Designed to maintain water temperature in cold conditions, these tanks have a double GFRP coat with polyurethane foam insulation. They are cylindrical and vertical with a flat bottom and semi-elliptical top.
Double Wall Tanks: Used for diesel and oil storage, these tanks have a double GFRP wall for enhanced safety and insulation. They include features like leakage detection and safety valves.

2. Accessories

Ferrule Support Extensions: Available in various sizes, these are made from stainless steel and used for additional manholes.
Connections and Flanges: Kits for connecting tanks to external pipes, made from PP and PVC-U, conforming to EN standards.

3. Sludge Treatment Equipment

Static Thickeners: Both closed and open models are available for sludge dehydration. They are made from GFRP and designed for underground installation.
Additional Equipment: Includes sludge dewatering systems, filter presses, and polyelectrolyte preparation units.

4. General Notes

All equipment is manufactured by Salher and may vary in data and models as per continuous development policies.
Custom dimensions and configurations are available upon request.

Static Thickeners These are available in several configurations such as under or aboveground, open or closed. Key features include metallic supports for aboveground installation, inlet, outlet, and lower drain connections. Optional features include ladders with rails, upper perimetral rails, manual or motorized drain valves, and agitators. The document provides detailed dimensions and volume capacities for different models.

Sludge Dewatering Systems The document describes systems like filter presses and sludge dewatering by filter bags. Filter presses are fully automated and designed for small to medium wastewater treatment plants, featuring high-quality carbon steel construction and polypropylene filtering clothes. The filter bag system is designed for efficient sludge removal and dewatering, with options for different flow rates and bag capacities.

Accessories Various accessories are detailed, including footbridges, ladders, and manhole covers. These are designed for easy installation and enhanced safety, with materials like GFRP and stainless steel for durability and corrosion resistance.

Additional Equipment The document also covers automatic units for polyelectrolyte preparation, sludge storage tanks, and various alarms and detection systems for monitoring sludge treatment processes. Each piece of equipment is described with its function, characteristics, and optional features.

Technical Specifications Detailed tables provide dimensions, capacities, and other technical data for each type of equipment, ensuring that users can select the appropriate model for their specific needs.

Conclusion The document serves as a comprehensive guide for selecting and installing sludge treatment equipment, with a focus on customization and efficiency. It emphasizes the importance of choosing the right configuration and accessories to optimize sludge treatment processes.

Catalog excerpts

Water Solutions Worldwide

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New features: practical guide Salher has been innovating since 1980 and at the dawn of 2018, the company will present its new catalogue full of new releases both in terms of manufacturing methods and range of products. Since then, a large number of equipment has been added, updated and revised. One of the fundamental innovations in 2017 was the new MA or Multi Angle production system, which gives Filament Winding's GFRP equipment significant technical improvements in strength and durability, as well as the security of traceability and quality control mechanisms of production by digital control...

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SECONDARY TREATMENTS The most important of this section are the new complete lines of treatment for large flows. Salher can design and supply prefabricated plants up to 20000 population/equivalent, either through prefabricated plate tanks or equipment built as part of civil engineering works. We also design plants to be installed on platforms or modular and transportable to deal with emergencies. TERTIARY TREATMENTS All prices of tertiary systems have been updated after being redesigned. WATER PURIFICATION Since 2014, custom-made drinking water treatment plants have been supplied. In the spirit...

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Primary treatments Secondary treatments Tertiary treatments Water purification Oil/water separators Pumping stations Sludge treatment and thickeners

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Manual screens Coarse screen with manual cleaning REF: CVA-ARG AND ARF10 REF: CD-ARG AND ARF10 Coarse and fine screen with manual cleaning for installation in GFRP canal REF: CD-MA-D 11 Semi-automatic screens Coarse and fine screen, manual and automatic cleaning, for installation in GFRP canal REF: CD-MA-RAC12 Fine screen with automatic cleaning for civil construction REF: RAC 13 Automatic screens Sieve for coarse solids for installation on pumping stations and manholes REF: TA-HEL-MINI14 Manhole for TA-HEL-MINI REF: CARCASA TA-HEL-MINI15 Helical screw sieve with automatic cleaning, waste dehydration...

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• Removal of coarse solids equal or larger than 10/30 mm from wastewater. ^Characteristics: | • Manhole in GFRP (Glass Fiber Reinforced Polyester) with orthophthalic resins. • Stainless steel retention screen solids with mesh of 10 and 30 mm. • Manual cleaning through GFRP cover. • PVC inlet and outlet. • Stainless steel scraper to remove solids. Catalogue - 2019V2.11 Data and models of the table may vary.

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Manual screens Coarse and fine screen with manual cleaning for installation in GFRP canal • Removal of solids equal or larger than 6 mm from wastewater. ^Characteristics: | • Canal manufactured in GFRP (Glass Fiber Reinforced Polyester) with orthophthalic resins. • Stainless steel screen with mesh of 30 mm for coarse solids. • Stainless steel screen with mesh of 6 mm for fine solids. • Manual cleaning system. • PVC inlet and outlet. • Stainless steel perforated baskets for waste dehydration. • Canal with open top. • Stainless steel scraper for manual removal of solids. COARSE SCREEN Catalogue...

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• Removal of solids equal or larger than 6 mm. Characteristics^ • Canal manufactured in GFRP (Glass Fiber Reinforced Polyester) with orthophthalic resins. • Stainless steel screen with mesh of 30 mm for coarse solids. • Stainless steel screen with mesh of 6 mm for fine solids. • Manual cleaning system for primary screen and automatic for secondary screen. • PVC inlet and outlet. • Stainless steel perforated baskets for waste dehydration. • Canal with open top. • Stainless steel scraper for manual removal of solids. • Float level switch for emergency start. • Electrical panel board in option....

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Semi-automatic screens Fine screen with automatic cleaning for civil engineering • Removal of solids equal or larger than 6 mm. • Stainless steel screen with perforated mesh of 6 mm. • Automatic cleaning system. • Stainless steel perforated basket for waste dehydration. • Electrical panel board in option. • Float level switch for emergency start. FINE SCREEN FLOAT LEVEL SWITCH Catalogue - 2019V2.11 Data and models of the table may vary.

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Automatic screens Sieve for coarse solids for installation on pumping stations and manholes • Removal of solids equal or larger than 15 mm. Screen manufactured in stainless steel with perforated mesh of 15 mm (For other mesh, please consult). Endless screw manufactured in micro-alloy steel. Possibility to install on canalisation. Motor reducer of 0,37 kW. Float level switch. Screening and transportation of solids with no maintenance. NOTE: Pretreatments are mainly designed for standard urban wastewater. For industrial discharges or others, consult and wait for confirmation. Catalogue - 2019V2.11...

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Automatic screens REF: CARCASA TA-HEL-MINI Function: • Manhole manufactured in GFRP (Glass Fiber Reinforced Polyester) with orthophthalic resins. CARCASA TA-HEL-MINI ELECTRICAL PANEL BOARD (OPTION) Catalogue - 2019V2.11 Data and models of the table may vary.

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D Automatic screens Helical screw sieve with automatic cleaning, waste dehydration and compaction, for installation in civil engineering canal • Removal of solids equal or larger than 3 mm, waste dehydration and compacting system. €characteristics-i • Totally demountable stainless steel AISI 304 equipment. • Fine screen in stainless steel with opening size from 3 to 10 mm. • Endless screw manufactured in micro-alloy steel, no central shaft, working angle of 35°. • Continuous cleaning system of mesh with brushes placed on the endless screw. Automatic cleaning system: * Cleaning electrovalve N/C...

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Automatic screens Helical screw sieve for fine solids with automatic cleaning, waste dehydration and compacting system, for aboveground installation • Removal of solids equal or larger than 3 mm, waste • Automatic cleaning system: dehydration and compacting system. * Cleaning electrovalve N/C 1/2”: cleaning system • Ideal for installation down the pumping stations. automation. * Filter in Y 1/2”: protection and retention of particles carried by the cleaning water. * Ball valve 1/2”: closure of the cleaning connection if necessary. Safety switch on top cover. Totally dismountable stainless steel...

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Water Solutions Worldwide
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