Laboratories

Laboratories...

🧪 Chemistry Laboratory Equipment

Digital Balance (4 Decimal Places)

Spectrophotometer

Thermal Reactor (COD)

PH Meter

Electric Oven

Test Jar

Water Bath (or Bain-Marie)

Distillation Unit

Stirrer

Refractometer

Turbidity Meter

Electric Mantle

Electric Furnace

Conductivity Meter

Flame Photometer

BOD Incubator

BOD Bottle Meter

Vacuum Pump and Filtration Set

Online TOC Meter

Laboratory Shower and Eye Wash Station

First Aid Kit

🔬 Microbiology

Light Microscope: Used for observing small organisms and cellular structures.

Entomology Loop: A specialized tool for transferring and inoculating microorganisms.

Incubator: Provides a controlled environment for the growth of microbial cultures.

Water Bath (Bain-Marie): Maintains samples at a constant temperature for various experiments.

Oven: Used for sterilizing equipment and drying samples.

Tri-Focus Microscope: A three-eyed microscope that provides enhanced viewing capabilities.

Autoclave: Sterilizes equipment and media using high-pressure steam.

Colony Counter: Counts the number of colonies on agar plates for quantitative analysis.

Vortex Mixer: Mixes samples rapidly to ensure homogeneity.

Fluorescence Microscope: Used for observing fluorescently labeled specimens.

Shaker Incubator: Combines shaking and incubation to promote growth in liquid cultures.

Microbiological Hood: Provides a sterile environment for working with microbial cultures.

Ultraviolet (UV) Disinfection Device: Used to sterilize surfaces and equipment using UV light.

Vacuum Pump and Filtration Set: Used for filtering solutions under reduced pressure to separate microorganisms.

Digital Balance: Accurately measures the weight of samples and reagents.

⚗️ Air pollution and control

Equipment for Environmental Monitoring and Sampling

DCS Device for Sampling PAH (SKC) and PCB: Used for collecting samples of polycyclic aromatic hydrocarbons and polychlorinated biphenyls.

Aeration Pump: Facilitates the introduction of air into liquids, often used in wastewater treatment.

Desktop Multimeter: Measures electrical properties such as voltage, current, and resistance.

Portable Multimeter: A handheld device for measuring electrical properties on the go.

pH Meter: Determines the acidity or alkalinity of a solution.

Manual Micropipette: Used for accurately transferring small volumes of liquid.

CO2 Measurement Device with Indoor Ventilation Capability: Monitors carbon dioxide levels and assesses ventilation efficiency.

Hand Pump: A manual device used for various sampling tasks.

Handheld Thermo-Hygrometer: Measures temperature and humidity levels in the environment.

Simple Impinger and Midget Impinger: Devices used to collect airborne particles or gases by trapping them in a liquid.

Four-Gas Meter (Oxygen, Methane, Carbon Monoxide, Hydrogen Sulfide): Monitors multiple gas concentrations simultaneously.

Digital Balance: For precise measurement of sample weights.

Refrigerator-Freezer: Used for storing samples at controlled temperatures.

Laboratory Hood: Provides a safe working environment by ventilating hazardous fumes away from the user.

Personal Air Sampling Pump: Designed for individual use to collect air samples in various environments.

Environmental Particle Measurement Device (PM10, PM2.5, PM1 - EPAM (SKC)): Measures particulate matter in the air.

UV Spectrophotometer (UV 9600): Analyzes samples based on their absorption of UV light.

DR 6000 Spectrophotometer: Provides advanced analysis capabilities for various chemical tests.

Soap Bubble Flowmeter: Measures gas flow rates using soap bubbles as a visual indicator.

Mariotte Bottle: Used to maintain a constant water level in experiments.

Dry Gas Meter: Measures dry gas volumes accurately.

Wet Gas Meter: Measures gas volumes when moisture is present.

Stirrer: Mixes solutions to ensure uniformity during experiments.

Desiccator: Used for drying samples and keeping them moisture-free.

NO2 Measurement Device: Monitors nitrogen dioxide levels in the environment.

SO2 Measurement Device: Measures sulfur dioxide concentrations.

O2 Measurement Device: Monitors oxygen levels in various settings.

Ventilation Measurement Device: Assesses airflow rates and ventilation efficiency.

Anderson Impactor: Used for collecting aerosol samples based on particle size distribution.

VOC Measurement Device: Analyzes volatile organic compounds in the air.

Required Glassware: Essential laboratory glassware for conducting experiments and analyses.

Air Sampling Pump (5-15 Liters per Minute): Collects air samples at specified flow rates.

Laboratory Shower and Eye Wash Station: Provides emergency decontamination in case of chemical exposure.

First Aid Kit: Essential for addressing minor injuries and emergencies in the lab.

Solid waste

Common Laboratory Waste Equipment

Multifunctional pH Meter: A versatile device for measuring pH levels in various samples.

Calorimeter Bomb: Used for measuring the heat of combustion of a substance.

Weighing Scale: For accurately measuring the weight of samples and materials.

Laboratory Balance: A precise scale for weighing small quantities in lab settings.

Shaker with Sieve: Used for mixing samples and separating particles based on size.

Static Laboratory Hood: Provides a safe environment for handling hazardous materials.

Laboratory Mixer: Used to combine substances thoroughly in experiments.

Incubator: Maintains optimal conditions for the growth of microbial cultures or chemical reactions.

Laboratory Microscope: For observing small samples and microorganisms.

Water Bath (Bain-Marie): Maintains a constant temperature for heating samples.

Shaker: Mixes liquids to ensure uniformity in chemical reactions.

BOD Meter: Measures biochemical oxygen demand in water samples.

COD Meter: Analyzes chemical oxygen demand to assess water quality.

Furnace: Used for high-temperature applications, such as ashing samples or melting materials.

Ultrasonic Bath: Cleans laboratory equipment using ultrasonic waves in a liquid medium.

Ozone Generator: Produces ozone for disinfection and oxidation processes.

TKN Meter: Measures total Kjeldahl nitrogen in water and wastewater samples.

Kjeldahl Digestion and Distillation Unit: Used for determining nitrogen content in organic compounds.

Magnetic Stirrer Hot Plate: Heats and stirs solutions simultaneously for uniform mixing.

EC Meter: Measures the electrical conductivity of solutions, indicating ion concentration.

Turbidity Meter: Assesses the cloudiness of liquids, indicating suspended particles.

Smart Oven/Furnace: Provides controlled heating environments for various applications.

Shaker Incubator: Combines shaking and incubation to promote growth in liquid cultures.

ORP Meter with pH Measurement Capability: Measures oxidation-reduction potential along with pH levels.

Electric Blender Mill for Waste Samples: Grinds solid waste and grains for analysis.

Digital Scales (300 kg and 30 kg): For weighing larger quantities of materials accurately.

Pelletizer Machine: Converts waste materials into pellets for easier handling and disposal.

Calorimeter Bomb (duplicate): Reiterated use for measuring heat of combustion in experiments.

Separation Table: Used for sorting and separating different types of waste materials.

Ammonia Distillation Unit: Distills ammonia from solutions for analysis or disposal.

GPS Device: Used for tracking locations related to waste disposal or sampling sites.

Sonicator: Utilizes ultrasonic waves to disrupt cells or emulsify samples.

Laboratory Shower and Eye Wash Station: Provides emergency decontamination options in case of chemical exposure.

First Aid Kit: Essential for addressing minor injuries and emergencies in the lab environment.

Autoclave: Sterilizes equipment and media using high-pressure steam.

Advanced Research

The Advanced Research Laboratory is equipped with cutting-edge tools essential for scientific investigations and experiments. Here’s a detailed list of the equipment available in this laboratory:

Key Equipment

Inductively Coupled Plasma Optical Emission Spectrometer (ICP-OES): This device is used for analyzing the elemental composition of samples with high sensitivity and precision.

High-Performance Liquid Chromatography (HPLC): Equipped with dual detectors (UV and fluorescence), this instrument is essential for separating, identifying, and quantifying components in liquid samples.

Gas Chromatograph (GC): Two units equipped with Electron Capture Detector (ECD) and Flame Ionization Detector (FID), both featuring traps for effective separation and analysis of gaseous samples.

Uninterruptible Power Supply (UPS): Provides backup power to ensure continuous operation of laboratory equipment during power outages.

Atomic Force Microscope (AFM): Used for imaging surfaces at the nanoscale, providing detailed information about surface topography and properties.

Spectrophotometer: Measures the intensity of light absorbed by samples, crucial for quantitative analysis in various applications.

Oximeter: Monitors oxygen saturation levels in blood or other fluids, important for physiological studies.

Sonicator: Utilizes ultrasonic waves to disrupt cells or emulsify samples, often used in sample preparation.

Laboratory Hood: Ensures a safe working environment by ventilating hazardous fumes away from researchers during experiments.

Pilot

The Pilot Lab serves as a dedicated facility for research, experimentation, and practical applications in the field of water quality management and treatment processes. This lab is designed to provide an environment where students and researchers can set up experiments, conduct tests, and explore innovative solutions for water and wastewater challenges.

Pump and Pumping

The Pump and Pumping Workplace is a specialized facility designed for hands-on training and practical applications related to various types of pumps used in water supply and wastewater management. This workplace provides students and professionals with the opportunity to set up experiments, conduct tests, and gain practical experience in pump operation and maintenance.

Equipment Available:

Centrifugal Pump: A key component used for transporting fluids by converting mechanical energy into kinetic energy, facilitating efficient fluid movement.

Submersible Pump: Designed to operate while submerged in water, ideal for applications such as drainage, sewage removal, and deep well pumping.

Workbench: A dedicated space for assembling, disassembling, and testing various pump systems.

Electropump: An electrically driven pump used for various applications, providing reliable performance in fluid transfer.

Motor (Dynamo): Powers the pumps, converting electrical energy into mechanical energy to drive the pumping action.

Sump Pump: A specific type of pump used to remove accumulated water from a sump pit or low-lying area.

Electrical Control Panel: Manages the operation of pumps, providing controls for monitoring and adjusting performance parameters.

Pump Profiles and Electropump Specifications: Reference materials that provide detailed information on different types of pumps and their operational characteristics.

Drafting and Surveying Workplace

The Drafting and Surveying Workplace is a specialized facility designed for hands-on training and practical applications in drafting techniques and surveying methods. This workplace provides students and professionals with the opportunity to set up experiments, conduct tests, and gain practical experience in the fields of drafting and land surveying.

Equipment Available:

Theodolite: A precision optical instrument used for measuring horizontal and vertical angles, essential for land surveying and construction projects.

Leveling Instrument (New Level): Used for determining the height differences between points, ensuring accurate leveling in construction and surveying tasks.

Staff (Indicator): A graduated rod used in conjunction with leveling instruments to measure height differences accurately.

Tripod: A stable support for mounting surveying instruments like theodolites and leveling instruments, ensuring precise measurements.

Drafting Tables: Ergonomically designed tables that provide a flat surface for creating detailed drawings and plans.

Hydraulic

The Hydraulic Laboratory is a specialized facility designed for hands-on training and practical applications in fluid mechanics and hydraulic systems. This laboratory provides students and professionals with the opportunity to conduct experiments, perform tests, and gain practical experience in understanding fluid behavior and hydraulic principles.

Equipment:

Pressure Measurement Device: Used to determine the pressure of fluids in various systems, providing essential data for hydraulic analysis.

Pressure Gauge: A device that measures the pressure of gases or liquids, crucial for monitoring system performance.

Flow Type Determination Device: Assesses the type of fluid flow (laminar or turbulent) within a system, helping to understand flow characteristics.

Density Meter: Measures the density of liquids, which is vital for calculating fluid properties and behaviors.

Overflow Device: Used to demonstrate overflow conditions in hydraulic systems, helping students understand fluid dynamics in open channels.

Water Hammer Apparatus: Demonstrates the phenomenon of water hammer, where a sudden change in fluid flow causes pressure surges in pipes.

Venturi Meter: A device that measures fluid flow by utilizing the principle of pressure difference created by a constriction in the pipe.

Flow Meter: Measures the rate of fluid flow in a system, essential for evaluating system efficiency and performance.

Chlorinator: Used for adding chlorine to water, demonstrating chemical treatment processes in water management.