Scientico

HydroLab by SCIENTICO

Precision-Engineered Water Treatment Lab Equipment for Modern Engineering Education

HydroLab is SCIENTICO’s exclusive series of advanced Water Treatment Lab Equipment designed to meet the academic and research needs of engineering colleges, polytechnic institutes, and technical universities. From basic filtration setups to complete pilot-scale treatment plants, the HydroLab range covers the full spectrum of modern water and wastewater treatment processes, offering unparalleled hands-on learning experiences.

As a leading Water Treatment Lab Equipment Manufacturer, SCIENTICO has developed HydroLab with a strong focus on functional accuracy, safety, and educational value. Each model is meticulously engineered to replicate real-world industrial systems, helping students and researchers understand core principles such as sedimentation, filtration, ion exchange, reverse osmosis, aerobic and anaerobic treatment, and more.

HydroLab Series Includes:

• HydroLab 01 – Sedimentation Tank

• HydroLab 02 – Flocculation and Coagulation Unit

• HydroLab 03 – Activated Sludge Process System

• HydroLab 04 – Filter Press and Micro Filter Pilot Plant

• HydroLab 05 – Anaerobic Digestion Plant

• HydroLab 06 – Reverse Osmosis Pilot Plant

• HydroLab 07 – Aerobic Water Treatment Plant

• HydroLab 08 – Water Treatment Pilot Plant with Adsorption & Ion Exchange

• HydroLab 09 – Ion Exchange Unit

• HydroLab 10 – Depth Filtration System

• HydroLab 11 & beyond – Custom Systems (UV Treatment, Membrane Bioreactors, etc.)

Key Features of HydroLab Systems:

• Designed for both demonstration and experimentation

• Real-time monitoring of flow, pressure, temperature, conductivity, and turbidity

• Compatible with data acquisition systems and automation (PID controllers, PLCs)

• Transparent components and modular layouts for enhanced learning

• Corrosion-resistant materials for long-term durability and safety

• Fully supported with training manuals, schematics, and experiment guides

Why HydroLab by SCIENTICO?

• Over 30 years of manufacturing expertise

• Recognized Water Treatment Lab Equipment Exporter to 40+ countries

• ISO 9001:2015 certified, CE-marked products

• Complete in-house R&D, design, and customization

• Installation, training, and after-sales support included

Whether you are building a new environmental lab or upgrading an existing facility, HydroLab by SCIENTICO provides comprehensive and scalable solutions aligned with global academic standards. It empowers institutions to deliver practical knowledge on sustainable water treatment technologies.

HydroLab 02 – Coagulation, Flocculation and Settling Pilot Plant
By SCIENTICO | Premier Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO proudly presents the HydroLab 02 – Coagulation, Flocculation and Settling Pilot Plant, a vital unit in our high-tech HydroLab Water Treatment Lab Equipment series. Specially developed for engineering and environmental science institutions, this pilot-scale unit replicates real-world chemical water treatment processes, making it a must-have for in-depth laboratory training and research.

As an industry-leading Water Treatment Lab Equipment Manufacturer, SCIENTICO provides equipment that delivers exceptional accuracy, transparency, and functionality. HydroLab 02 enables students and researchers to explore the entire process flow of coagulation, flocculation, and settling with a visually rich and mechanically accurate setup.

Technical Specifications:

• Robust stainless-steel framework with mobility castors.

• Schematic process flow diagram on the front panel.

• Feed tank with submersible pump for raw water.

• Transparent feed tanks for coagulant and flocculant with hot plate and stirrers.

• Motor-driven stirrers in both coagulation and flocculation reactors.

• Transparent settler tank with conical base and 3/2-way valve for co-current/counter-current modes.

• Flowmeters to monitor feed and chemical dosing.

• Metering pumps for flocculant and coagulant with optional electronic control.

• Transparent product tank for treated water inspection.

• Optional integration of pH control, conductivity measurement, and PID automation.

This Water Treatment Lab Equipment unit allows hands-on learning of chemical treatment techniques used in modern water and wastewater plants. The design supports the development of skills in dosing accuracy, sludge management, flow control, and effluent clarity assessment.

Why Choose SCIENTICO?

• Leading Manufacturer and Exporter of Water Treatment Lab Equipment with global presence across 40+ countries.

• Over 30 years of experience serving engineering institutions, research labs, and universities.

• All equipment is ISO 9001:2015 certified, CE marked, and manufactured in-house with strict quality control.

• Fully customizable lab equipment designed to match specific curricula and spatial configurations.

• Reliable after-sales support, technical training, and global shipping capabilities.

Frequently Asked Questions (Q&A)

Q1: What is the function of the HydroLab 02 pilot plant?
A1: It simulates real-life chemical treatment processes, including coagulation, flocculation, and sedimentation, helping students understand the science and engineering behind water purification.

Q2: Who can use this Water Treatment Lab Equipment?
A2: HydroLab 02 is ideal for civil, environmental, and chemical engineering students, technical educators, and water treatment researchers.

Q3: Is this equipment export-ready?
A3: Yes. SCIENTICO is a trusted Water Treatment Lab Equipment Exporter, and we provide all documentation, packaging, and support for international clients.

Q4: Can the equipment be customized to our academic syllabus?
A4: Absolutely. As a specialized Water Treatment Lab Equipment Manufacturer, SCIENTICO customizes every unit to suit specific lab requirements and teaching goals.

HydroLab 03 – Automated Filtration Pilot Plant
By SCIENTICO | Trusted Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO presents the HydroLab 03 – Automated Filtration Pilot Plant, a sophisticated lab-scale system designed to simulate industrial-grade filtration processes. As a core unit in the HydroLab series, this advanced Water Treatment Lab Equipment provides a comprehensive platform for engineering students and researchers to analyze mechanical and chemical filtration, as well as adsorption processes in water treatment.

Manufactured with premium components and supported by in-house R&D, this unit reflects SCIENTICO’s commitment to innovation and quality. Recognized as a top Water Treatment Lab Equipment Manufacturer, we ensure each unit meets both academic standards and practical performance expectations.

Key Experiments:

• Study of mechanical filtration through graded sand beds.

• Evaluation of chemical filtration parameters and outcomes.

• Understanding the adsorption process using activated carbon.

• Investigation of the main parameters affecting filtration efficiency.

• Influence of feed flow rate on system performance.

• Optionally explore automatic PID control for flow regulation and process stability.

Technical Specifications:

• Heavy-duty stainless-steel framework with smooth-rolling castors.

• Illustrated process flow diagram on the front control panel.

• Dual-stage filtration system:

  • Sand Filter (with graded media) for particle removal.

  • Activated Carbon Filter for color, odor, and organic impurity removal.

• 4 pressure gauges installed at the inlet and outlet of each filter tank.

• Centrifugal pump (stainless steel casing and rotor).

• Variable area flowmeter to measure feed flowrate.

• Optional flow sensor when integrated with DAQ system.

• Metering pumps (plastic) for dosing sodium hypochlorite and flocculants.

• Separate feed tanks for raw water, disinfectants, and flocculants.

• Transparent product collection tank for post-filtration water.

• Optional features:

  • Self-cleaning turbidity sensor with digital display.

  • K-type thermocouple with electronic temperature display.

  • Motorized valve for automated feed flow control via PID system.

This Water Treatment Lab Equipment offers real-time simulation of pre-treatment processes in municipal and industrial water treatment plants. Its automated design enhances both learning and safety, allowing students to study key variables like pressure drops, flow rates, adsorption capacities, and chemical dosing.

Why Choose SCIENTICO?

• Over 30 years of excellence as a Water Treatment Lab Equipment Manufacturer with global recognition.

• Fully equipped manufacturing facilities and in-house product development team.

• Exporting to 40+ countries as a reliable Water Treatment Lab Equipment Exporter.

• Certified by ISO 9001:2015, all products are CE-marked and compliant with international standards.

• Comprehensive support from pre-sales consultation to post-installation training.

Sedimentation Tank – HydroLab 01
By SCIENTICO | Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO introduces the HydroLab 01 – Sedimentation Tank, a vital module in our HydroLab Water Treatment Lab Equipment series. Designed to deliver high precision and hands-on experimentation, this advanced unit is ideal for civil, environmental, and chemical engineering labs focused on studying sedimentation and flow characteristics.

As a trusted Water Treatment Lab Equipment Manufacturer, SCIENTICO brings decades of experience in producing lab solutions that align with modern academic and research requirements. The HydroLab 01 unit offers controlled experiments on slurry behavior, hydraulic tracer studies, flow dispersion, and sedimentation efficiency – enabling students to analyze and optimize solid-liquid separation processes.

Core Experiments:

• Analyze flow short-circuiting and dead space using tracer injection.

• Study variations in flow regimes and their comparison with ideal flow models.

• Understand the impact of flowrate and baffle placement on dispersion patterns.

• Measure sediment removal efficiency and correlate it with hydraulic parameters.

• Evaluate separation performance under varying solid concentrations.

• Conduct sedimentation analysis using Imhoff cones.

Technical Specifications:

• High-quality sedimentation tank with integrated stirrer.

• Sump tank equipped with centrifugal pump and bypass discharge line to maintain slurry suspension.

• Dual flow meters:

  • Mains water: 0.5–5.0 L/min

  • Slurry feed: 0–2 L/min

• Controlled dye injection system for hydraulic tracer visualization.

• Operational manual with structured teaching modules and exercises.

The HydroLab 01 Sedimentation Tank is engineered with transparent and durable components for enhanced visibility during experiments, making it an ideal Water Treatment Lab Equipment unit for academic settings. Flow parameters can be adjusted with precision to analyze real-world effects, providing students with clear insights into treatment dynamics.

Why Choose SCIENTICO?

• Leading Water Treatment Lab Equipment Manufacturer with in-house R&D and 30+ years of industry presence.

• Exporting to 40+ countries with compliance to global quality standards.

• ISO 9001:2015 certified and CE marked for assured quality.

• Complete setup support with customization based on institutional needs.

• Trusted by top engineering colleges, polytechnic institutions, and R&D labs across the globe.

Frequently Asked Questions (Q&A)

Q1: What is the purpose of the HydroLab 01 Sedimentation Tank?
A1: It is used to study sedimentation processes, flow patterns, and slurry separation efficiency in a controlled lab environment. This is essential for understanding core water treatment operations.

Q2: Who can use this equipment?
A2: This model is ideal for engineering students, faculty, and researchers in the fields of civil, environmental, and chemical engineering.

Q3: Is this product customizable?
A3: Yes. As a specialized Water Treatment Lab Equipment Manufacturer, SCIENTICO provides complete customization based on curriculum and lab requirements.

Q4: Do you export this equipment?
A4: Absolutely. SCIENTICO is a reputed Water Treatment Lab Equipment Exporter, and we ship globally with full export documentation and technical support.

HydroLab 04 – Filter Press and Micro Filter Pilot Plant
By SCIENTICO | Leading Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO proudly presents the HydroLab 04 – Filter Press and Micro Filter Pilot Plant, a dual-function unit developed to provide hands-on training in cake filtration and tangential microfiltration techniques. As part of our premium HydroLab Water Treatment Lab Equipment series, this pilot plant is ideal for engineering institutions, technical universities, and research facilities aiming to deliver industrial-level filtration education.

Being a renowned Water Treatment Lab Equipment Manufacturer, SCIENTICO has designed HydroLab 04 to replicate real-time filtration scenarios found in chemical, food, and beverage industries. It integrates a transparent plate and frame filter press and a high-efficiency tangential microfilter, both supported by an electronic control system, optional PID automation, and safety mechanisms for advanced operational learning.

Key Experiments & Learning Objectives:

• Study of plate and frame filter press operation and filtration mechanics.

• Understanding the working of tangential microfiltration using hollow fiber or membrane filters.

• Production and stabilization of suspension for filtration.

• Practical application of Darcy’s law and cake filtration theory.

• Analysis of filter cake mass in relation to filtrate quantity.

• Demonstration of dead-end vs tangential filtration.

• Investigation of characteristic equations for pressure and flow-driven filtration.

• Optional study of PID-controlled flow and pressure systems.

• Real-time visualization of operational parameters with schematic representation.

Technical Specifications:

• Stainless steel framework with caster wheels for portability.

• Front control panel with schematic diagram of process layout.

• Feed tank with mechanical stirrer to maintain suspension homogeneity.

• Filtrate collection tank post-filtration.

• Centrifugal feed pump controlled via electronic inverter for variable flow.

• Flowmeter for real-time inlet flowrate monitoring.

• Dual pressure gauges, pre- and post-filtration.

• Safety pressure switch after microfilter for system protection.

• Transparent Plexiglas filter press chambers for visual learning.

• Enclosed microfilter housing for tangential filtration.

• Optional self-cleaning turbidity sensor with transmitter and digital display.

• Optional PID controller for automated flow and pressure regulation.

• Complete valving and piping system for flexible operation.

• Emergency stop button for enhanced lab safety.

HydroLab 04 is designed to help students understand the principles and practical challenges of industrial filtration. It delivers a complete filtration cycle — from suspension preparation to filter cake formation — all within a safe, modular, and easy-to-operate training setup.

Why Choose SCIENTICO?

• Pioneers in Water Treatment Lab Equipment Manufacturing since 1993.

• Exporters to 40+ countries with global-quality products and packaging.

• ISO 9001:2015 certified, CE marked, and IndiaMART verified.

• Full customization available to match academic curricula.

• Backed by robust after-sales service and technical support.

HydroLab 05 – Anaerobic Water Treatment Pilot Plant
By SCIENTICO | Advanced Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO proudly introduces the HydroLab 05 – Anaerobic Water Treatment Pilot Plant, a comprehensive lab-scale system for demonstrating the principles of biological wastewater treatment in oxygen-free conditions. Developed with academic precision and industrial-grade components, this cutting-edge unit is part of our HydroLab series of Water Treatment Lab Equipment, tailored for engineering colleges, technical universities, and R&D laboratories.

As a global Water Treatment Lab Equipment Manufacturer, SCIENTICO offers this robust and scalable system to replicate anaerobic digestion using the UASB (Up-flow Anaerobic Sludge Blanket) process. 

Technical Specifications:

• Stainless steel framework with castor wheels for easy mobility.

• Front-facing process flow diagram for visual understanding.

• Feed tank and anaerobic digester constructed from stainless steel.

• Integrated oil heating system with electronic thermostat and K-type thermocouple for accurate temperature control.

• Wastewater feed pump and sludge recycle pump for fluid circulation.

• Air compressor agitation system with no-return valve and air filter.

• Dedicated flowmeters for:

  • Feed water

  • Recirculated sludge

  • Air agitation

• Optional microprocessor-controlled pH-meter and rH-meter.

• Differential pressure transmitter for precise pressure regulation in the digester.

• Solenoid and needle valves for controlling digester pressure.

• Optional electronic transmitters for monitoring and outputting flow rates (when integrated with DAQ).

• Emergency stop button for enhanced safety.

System Description:

In the HydroLab 05 system, raw water containing organic pollutants is fed into a stirred tank where initial acidification occurs. Long-chain organic molecules are broken down into short-chain compounds by anaerobic bacteria. From the stirred tank, the partially treated water flows to a UASB reactor. Here, anaerobic microbes convert short-chain compounds into biogas, mainly composed of methane (60%) and carbon dioxide (35%).

The UASB reactor operates with a bottom-to-top flow and features an integrated gas-liquid-solid separator. This ensures that the produced biogas is released, treated water is collected, and the biomass is retained for continuous operation. A recirculation loop is used to adjust flow velocity and improve treatment efficiency. The system also enables real-time monitoring of pH, rH, and temperature for process optimization.

This makes HydroLab 05 a superior Water Treatment Lab Equipment choice for training in anaerobic digestion technologies and sustainable wastewater management.

Why Choose SCIENTICO?

• Over 30 years of experience as a trusted Water Treatment Lab Equipment Manufacturer.

• Exporting to over 40 countries, with full documentation and worldwide support.

• ISO 9001:2015 certified, CE marked, and IndiaMART verified for assured quality.

• In-house R&D and manufacturing with complete customization capabilities.

• End-to-end support: from lab planning and design to installation and faculty training

HydroLab 06 – Reverse Osmosis Pilot Plant
By SCIENTICO | Premium Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO proudly introduces the HydroLab 06 – Reverse Osmosis Pilot Plant, an advanced experimental system designed to simulate and study pressure-driven membrane separation processes. Part of our high-performance HydroLab Water Treatment Lab Equipment series, this pilot-scale unit enables detailed investigation of reverse osmosis (RO) technology as applied in real-world water and wastewater treatment systems.

As a renowned Water Treatment Lab Equipment Manufacturer, SCIENTICO offers HydroLab 06 to engineering colleges, technical universities, and research institutions globally. It is tailored for training students in membrane technology, pressure variation effects, salt rejection efficiency, membrane cleaning protocols, and automated control integration.

Technical Specifications:

• Stainless steel framework with caster wheels for mobility.

• Visual process flow diagram on front panel.

• Polyamide spiral wound membrane module with SS housing.

• Piston pump with pulsation damper for consistent pressure generation.

• Overflow and needle valves for pressure and flowrate adjustment.

• Safety cutout to protect pump from dry running.

• Pressure gauges for feed and retentate (Bourdon type).

• Flowmeters for permeate and retentate monitoring.

• Microprocessor conductivity meter with sensor for salt concentration analysis.

• Raw water tank with stirring system for up to 4% NaCl solution.

• Separate tanks for permeate collection and distilled water flushing.

• Optional UV sterilizer unit with dedicated pump for permeate disinfection.

System Description:

The HydroLab 06 Reverse Osmosis Pilot Plant demonstrates the RO process by applying hydrostatic pressure greater than osmotic pressure to force water across a semi-permeable membrane. A saline solution (up to 4% NaCl) is prepared in the raw water tank, mixed uniformly with a stirrer, and pumped into a spiral-wound membrane module.

As pressure builds, purified water (permeate) passes through the membrane, while the concentrated solution (retentate) is returned to the tank. Multiple membrane envelopes and spacers create a coiled structure around a central permeate collection tube, facilitating axial flow and maximizing separation efficiency. The system allows real-time measurement of conductivity at various stages to evaluate performance.

With safety features, optional UV sterilization, and customizable PID automation, this unit delivers an industry-grade experience in a compact lab format, making it an ideal Water Treatment Lab Equipment tool for academic excellence and technical training.

Why Choose SCIENTICO?

• Trusted Water Treatment Lab Equipment Manufacturer with 30+ years of experience.

• ISO 9001:2015 certified and CE-marked products backed by in-house R&D.

• Global presence in over 40 countries as a recognized Water Treatment Lab Equipment Exporter.

• Complete solutions from design and manufacturing to installation and training.

• Tailor-made equipment to suit institutional curricula and lab infrastructure.

HydroLab 07 – Aerobic Water Treatment Pilot Plant
By SCIENTICO | Trusted Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO introduces the HydroLab 07 – Aerobic Water Treatment Pilot Plant, a sophisticated lab-scale system developed to demonstrate and investigate the activated sludge process, a core principle of biological wastewater treatment. Designed for higher education and research, this advanced unit is a key addition to our HydroLab Water Treatment Lab Equipment series, offering engineering students and researchers a powerful tool for studying real-time aerobic treatment processes.

As a global Water Treatment Lab Equipment Manufacturer, SCIENTICO builds each system with precision, durability, and academic alignment. HydroLab 07 delivers hands-on learning in activated sludge behavior, microbial oxidation, nitrification, and pre-denitrification, complete with modern digital controls and real-time monitoring capabilities.

Key Experiments:

• Analyze purification efficiency in relation to:

  • Raw water composition

  • Residence time

  • Organic load

  • Oxidation tank pH

  • Dissolved oxygen levels

• Understand the activated sludge process and its biological significance.

• Study nitrification and pre-denitrification mechanisms.

• Monitor sludge loading, sludge age, and volumetric loading.

• Optimize oxygen concentration and process temperature.

• Evaluate the impact of:

  • Return sludge ratio

  • Internal recirculation reflux ratio

• Establish and maintain stable operating states.

• Utilize screen mirroring for multi-device monitoring and operation with multiple user levels for safety and control.

Technical Specifications:

• Stainless steel framework with heavy-duty caster wheels.

• Front-facing process flow diagram for visual clarity.

• Feed tank and oxidation reactor in stainless steel.

• Methacrylate inspection windows on oxidation reactor and settler.

• Three overflow levels to vary oxidation reactor volume.

• Stainless steel agitator with geared motor.

• Gear pumps for both feeding and internal recirculation.

• Stainless steel air diffuser and air compressor for precise aeration.

• Flowmeters with valves to control and measure feed, air, and return flowrates.

• Digital temperature display using K-type thermocouple.

• Optional:

  • Dissolved Oxygen (DO) transmitter

  • pH transmitter

  • Magnetic-induction flowmeters with analog outputs for DAQ integration.

System Overview:

HydroLab 07 consists of an oxidation reactor and a secondary clarifier (settler) based on the traditional single-stage aerobic treatment process. Raw water contaminated with organic matter is fed into the oxidation tank, where aerobic microorganisms (activated sludge) metabolize it, converting pollutants into carbon dioxide and biomass.

Oxygen is supplied continuously via an air compressor and stainless-steel diffuser to support microbial activity. The agitator ensures uniform mixing of air, water, and sludge. Once treated, the water flows to the settler where activated sludge is separated. A portion of the sludge is recirculated back to the aeration tank to maintain microbial population, while treated water is collected for analysis.

HydroLab 08 – Water Treatment Pilot Plant
By SCIENTICO | Trusted Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO proudly presents the HydroLab 08 – Water Treatment Pilot Plant, an advanced multi-process system designed to demonstrate the essential unit operations involved in water purification: depth filtration, adsorption, and ion exchange. Part of our exclusive HydroLab series of Water Treatment Lab Equipment, this compact and efficient pilot plant is ideal for engineering colleges, universities, and technical training centers focusing on modern water treatment technologies.

As a well-established Water Treatment Lab Equipment Manufacturer, SCIENTICO has engineered HydroLab 08 to deliver practical training with maximum clarity. It is fully equipped to perform hands-on experiments in multi-stage water treatment while tracking critical parameters such as flow, pressure, temperature, and conductivity at each stage.

Core Experiments:

• Study of the fundamental unit operations in water treatment:

  • Depth filtration

  • Adsorption

  • Ion exchange

• Observation and measurement of pressure loss across filters.

• Plotting breakthrough curves to evaluate adsorption efficiency.

• Comparison of different adsorbent materials like activated carbon and aluminum oxide.

• Hands-on understanding of cation and mixed-bed ion exchange processes.

• Optional DAQ integration for real-time data collection and analysis.

Technical Specifications:

• Three-stage treatment setup: gravel and sand filtration, dual adsorption, ion exchange.

• Filters and exchangers included:

  • Gravel filter

  • Sand filter

  • Activated carbon bed

  • Aluminum oxide bed

  • Cation exchanger

  • Mixed-bed ion exchanger

• Independent raw and treated water tanks with separate supply unit.

• Aeration port in raw water tank for iron precipitation and mixing.

• Differential pressure measurement across filters.

• Flowrate monitoring with inline flowmeters.

• Measurement of conductivity and temperature after each stage.

• Sampling ports at all critical locations.

• Optional backwashing functionality for sand filters.

• PLC-controlled system with a touchscreen HMI panel.

• Data transfer via USB and optional DAQ system for digital evaluation.

• Optional PC software for experiment logging and graphical analysis.

System Overview:

The HydroLab 08 Water Treatment Pilot Plant replicates a real-world water treatment system in a controlled laboratory environment. The unit guides water through three critical operations:

1. Depth Filtration
   Water flows through a gravel filter followed by a sand filter to remove suspended solids and particulates. Differential pressure is measured to assess clogging and efficiency.

2. Adsorption
   The partially cleaned water enters adsorption units filled with activated carbon and aluminum oxide, removing dissolved organic compounds, color, and odor.

3. Ion Exchange
   The final treatment stage uses a cation exchanger for water softening and a mixed-bed ion exchanger to desalinate and deionize the water.

 

HydroLab 09 – Ion Exchange Pilot Plant
By SCIENTICO | Premium Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO presents the HydroLab 09 – Ion Exchange Pilot Plant, an advanced training system for the demonstration of water softening and desalination through ion exchange. Part of our flagship HydroLab Water Treatment Lab Equipment series, this unit is specifically designed for engineering colleges, universities, and technical training centers seeking high-performance systems for practical water treatment education.

As a trusted Water Treatment Lab Equipment Manufacturer, SCIENTICO combines precision engineering and educational relevance to provide a compact, durable, and efficient system for real-world experimentation. HydroLab 09 is ideal for students and researchers aiming to understand the step-by-step processes of ion exchange, including regeneration cycles and conductivity monitoring.

Core Experiments:

• Understand the principle of ion exchange for water softening and desalination.

• Operate and compare cation and anion exchangers, individually and in combination.

• Calculate exchanging capacity and monitor regeneration effectiveness.

• Measure conductivity and flowrate during various phases of the process.

• Validate theoretical regeneration times with real-time experimental data.

Technical Specifications:

• Dual ion exchange system with separate cation and anion exchangers, operable independently or combined.

• Four-chamber tank for raw water, rinse water, acid (for cation regeneration), and caustic soda (for anion regeneration).

• Multifunctional pump to handle water and regeneration chemicals through the system.

• Collecting tank for treated water and spent acid/alkali solutions.

• Continuous conductivity and flowrate monitoring with inline sensors and digital display.

• Sample ports at key stages for lab analysis.

• Flowmeter for pre-ion exchange monitoring and conductivity meter for final output.

• Compatible with tap water, eliminating the need for external chemicals or complex supply systems.

System Description:

HydroLab 09 enables a complete and clear demonstration of ion exchange-based water treatment. Water is pumped from the raw water tank into the cation exchanger, where calcium and magnesium ions are replaced with sodium, resulting in softened water. This pre-treated water is then routed through the anion exchanger, which removes anions like chloride, nitrate, and sulfate, yielding fully desalinated water.

To maintain ion exchange effectiveness, the system supports full regeneration cycles. Acid is used to regenerate the cation exchanger and caustic soda for the anion exchanger. Both regeneration chemicals are pumped from the corresponding chambers and the used solutions are safely collected in a dedicated tank. 

Why Choose SCIENTICO?

• Over 30 years of expertise as a premier Water Treatment Lab Equipment Manufacturer.

• Global exporter to 40+ countries, with top-tier status as a Water Treatment Lab Equipment Exporter.

• ISO 9001:2015 certified, CE-marked, and compliant with international lab standards.

• Fully customizable units tailored to academic curricula and lab sizes.

• Comprehensive support including installation, operational training, and post-sales se

HydroLab 10 – Depth Filtration Unit
By SCIENTICO | Leading Water Treatment Lab Equipment Manufacturer and Exporter

SCIENTICO introduces the HydroLab 10 – Depth Filtration Unit, a highly advanced training system designed to simulate and study depth filtration and backwashing processes in water treatment. As a specialized model in our HydroLab Water Treatment Lab Equipment series, this unit is ideal for engineering colleges, technical universities, and research laboratories focused on environmental and civil engineering.

Engineered by SCIENTICO – a globally trusted Water Treatment Lab Equipment Manufacturer – this system enables hands-on understanding of pressure loss across filter beds, application of Darcy’s Law, and practical plotting of Micheau diagrams using real-time measurements. With complete control over flow, filtration rate, and backwash conditions, the HydroLab 10 is a perfect training solution for any institution seeking to teach practical filtration operations.

Key Experiments:

• Analyze pressure conditions in a depth filter during normal and backwash modes.

• Study factors influencing pressure loss, including:

  • Flow rate

  • Height of filter bed

  • Permeability of bed material (as per Darcy’s law)

• Determine differential pressure across the bed and plot Micheau diagrams.

• Perform backwashing experiments:

  • Observe fluidization

  • Measure expansion of the filter bed

  • Identify fluidization velocity

• Correlate theoretical filtration laws with practical flow, pressure, and performance data.

Technical Specifications:

• Dedicated unit for depth filtration and backwashing.

• Independent raw water supply unit with tank and pump.

• Separate backwash pump with treated water reuse.

• 10 tube manometers for precise pressure measurement across filter bed.

• Transparent filter column with readable filter bed height scale.

• Electromagnetic flow sensor for accurate flowrate measurement.

• Four motorized ball valves for automated flow control.

• Integrated sensors for:

  • Flow rate

  • Differential pressure

  • System pressure

  • Temperature

• Adjustable flow velocity through filter bed.

• Real-time data acquisition with process diagram display via software.

• Sample ports available at all critical stages for water quality analysis.

• Raw water preparation with diatomite or equivalent particulate contaminants.

Description:

HydroLab 10 enables a comprehensive demonstration of depth filtration, a vital stage in water treatment. Contaminated water is pumped from above into a vertically mounted filter bed. As it flows downward, suspended solids are trapped within the granular media, producing clean filtrate at the bottom. Over time, accumulated particles increase flow resistance, which is observed as a rise in differential pressure across the bed.

The system includes multiple pressure measuring points connected to manometers, allowing students to visualize the pressure profile and generate Micheau diagrams. When filtration efficiency drops, backwashing is initiated using treated water, which flows in the reverse direction to fluidize and clean the media, restoring optimal conditions.