Pollution & Environment Testing Services

Approx. Rs 25,000 / SampleGet Latest Price

Product BrochureService Details:

Bioassays are methods that utilize living materials to detect substances and/or determine the potential toxicity of chemicals or contaminated matrices. They are widely used to screen for potential hazardous chemicals in contaminated soils, potable and wastewater, foods, and other materials.

Approx. Rs 1,000 / SampleGet Latest Price

Looking for LC50 testing for chemicals, pesticides, or industrial products? We provide accurate, reliable LC50 toxicity testing as per OECD, EPA, and CPCB guidelines. Trusted by industries, research labs, and regulatory bodies.

We are an ISO 9001 Certified analytical testing laboratory offering LC50 Toxicity Testing Services for a wide range of chemicals, including industrial products, pesticides, surfactants, effluents, and more.

Our LC50 test helps determine the acute toxicity of a chemical on aquatic organisms such as fish and Daphnia magna (water flea). This test is essential for regulatory compliance, environmental risk assessment, and product registration.

We Provide LC50 Testing For:

 

• Industrial and Specialty Chemicals

• Pesticides & Agrochemicals

• Effluent & Wastewater Samples

• Surfactants & Detergents

• New Formulations & R&D Samples

• Test Organisms (as per OECD Guidelines):

   

  • Fish (Zebra Fish, Rainbow Trout)

  • Daphnia magna

  • Algae (for EC50/LC50 as applicable)

• Why Choose Us:

  • ISO 9001 Certified Testing Laboratory

  • Standard Testing Methods (OECD 203 / EPA / CPCB / IS Guidelines)

  • Experienced Technical Team

  • Fast Turnaround Time & Affordable Pricing

  • Detailed Toxicity Report with LC50 Value, Graphs & Observations

• Applications:

  • CPCB and SPCB Environmental Clearance

  • Chemical Registration and Safety Compliance

  • REACH/Export Documentation

  • Environmental Impact Assessment (EIA)

  • Product Development and Toxicity Profiling

  • Keywords (for SEO visibility):
    LC50 Testing in India | Chemical Toxicity Testing | Acute Fish Toxicity Test | OECD 203 LC50 | Industrial Chemical Testing Lab | Environmental Toxicity Testing | ISO 9001 Lab LC50 Test

Approx. Rs 500 / SampleGet Latest Price

Product BrochureService Details:

Our cutting-edge Air Sample Testing facility offers meticulous analysis of air quality parameters, providing critical insights for assessing pollution levels and environmental health. We are dedicated to delivering accurate and reliable results that aid in environmental monitoring, regulatory compliance, and informed decision-making.

Standards:

We conduct our air sample tests in accordance with internationally recognized standards to ensure the highest level of accuracy and reliability:

1. ISO 17025: Our laboratory operates under ISO 17025, the globally accepted standard for testing and calibration laboratories, ensuring the highest quality and competence in our testing procedures.

2. CPCB Guidelines: We adhere to the guidelines set forth by the Central Pollution Control Board (CPCB) for air quality monitoring and pollution assessment in India.

3. WHO Air Quality Guidelines: Our testing follows the World Health Organization (WHO) guidelines for air quality assessment, helping you gauge the impact of pollutants on human health.

Test Method:

We employ the gravimetric method for Particulate Matter (PM) measurement, which involves collecting air samples on filters and weighing them to determine the concentration of particles. Our exhaustive technical parameters include:

• Particulate Matter (PM10 and PM2.5): We measure the levels of fine and coarse particles suspended in the air using high-precision gravimetric analysis. This provides insights into potential respiratory health hazards and environmental impact.
• Volatile Organic Compounds (VOCs): We utilize gas chromatography to quantify VOCs in the air, assessing their presence and potential contribution to air pollution.
• Sulfur Dioxide (SO2) and Nitrogen Dioxide (NO2): These harmful gases are analyzed using UV fluorescence and chemiluminescence methods, respectively, helping to monitor emissions from industrial sources and combustion processes.
• Ozone (O3): Ozone concentration is determined through UV photometry, aiding in understanding photochemical smog and potential health risks.
• Carbon Monoxide (CO): Using non-dispersive infrared absorption, we measure CO levels to evaluate combustion emissions and their impact on air quality.