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Gases Testing Laboratory

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Gases Testing- Fare Labs

The gases purity plays a very vital role in performance efficiency of the applied system. To optimize the processes and application benefits of fuel Gases, Industrial Gases, Medicinal Gases etc., as well as reducing the pollutant emission from applied areas it is very important to analyse the purity and impurities of respective gases.

We at FARE Labs Pvt. Ltd. equipped with all necessary the facilities with competent staffs for sampling and testing of different categories of gas (e.g. Biogas, CNG, PNG, Gases for Medical Use & Diving, Industrial Gases and other gases) and impurities as per gases specifications.

COMPRESSED NATURAL GAS (CNG) / PIPED NATURAL GAS (PNG)

FARE Lab equipped to analyse following gases of this category and their associated parameters- Methane, Ethane, Propane, n-Butane, n-Pentane, Iso-Butane, Iso-Pentane, Hydrocarbons (C1-C8), Calorific value, Methane Number, Dew Point etc. also the impurities associated with gases like Moisture/Water Content, CO, CO2, Nitrogen, Oxygen, Oil Content, Total Reduced Sulphur as Carbon Disulphide and Total Reduced Sulphur as Hydrogen Sulphide.

Biogas Analysis Services at FARE Labs

Ensure the quality, efficiency, and safety of your biogas production with our advanced Biogas Analytical Services. At FARE Labs, we offer comprehensive testing and monitoring solutions using state-of-the-art technology for reliable and accurate results.

What We Analyze

Our biogas analytical services covers critical gas components to evaluate the quality and composition of your biogas:

  • Methane (CHâ‚„) – Determines energy value
  • Carbon Dioxide (COâ‚‚) – Helps assess digestion efficiency
  • Oxygen (Oâ‚‚) – Indicates air ingress and process stability
  • Hydrogen Sulfide (Hâ‚‚S) – Crucial for corrosion control and safety

Applications

  • Biogas Monitoring: Ideal for use in landfills, anaerobic digesters, and biogas plants.
  • Environmental Monitoring: Suitable for air quality assessment and pollution detection.
  • Industrial Safety: Ensures safe working conditions by detecting and monitoring hazardous gases.

Compliance & Quality

  • Services in accordance with national and international standards
  • CE-compliant instrumentation
  • IP54-rated equipment for rugged environmental use

Why Choose FARE Labs?

  • NABL Accredited Laboratory
  • Portable on-site testing available
  • Expert team with deep domain knowledge

GASES FOR MEDICAL USE & DIVING

Oxygen (Assay) purity, Nitrogen, CO2, CO, Moisture, Particle Counts, Solid particle content, Oil/Mist SO2, NO2, Hydrocarbons and Hydrogen Sulphide.

Nitrogen, CO2, CO, Oxygen, Water content, Moisture, Particle Counts, Solid particle content, Oil/Mist SO2, NO2, Hydrocarbon ( C1 to C5), Hydrocarbons (Ethane, Propane, Acetylene, Ethylene) and Hydrogen Sulphide.

Medical oxygen is a critical component in healthcare, essential for patient care in hospitals, emergency services, and home healthcare settings. Ensuring the purity and quality of medical oxygen is paramount to patient safety and therapeutic efficacy. At FARE Labs, we specialize in testing medical oxygen and industrial gases for medical use and diving applications in accordance with ISO 8573-1 and IP-2018 standards. This rigorous testing ensures that the oxygen supplied meets the highest quality specifications, free from harmful contaminants.

Importance of Testing Medical Oxygen

The quality of medical oxygen is vital for:

  • Patient Safety: Contaminants in medical oxygen can pose serious health risks to patients, particularly those with respiratory conditions.
  • Regulatory Compliance: Adhering to industry standards ensuring that medical gas suppliers meet legal and safety requirements.
  • Operational Integrity: Ensuring the purity of medical oxygen helps maintain the integrity of medical procedures and therapies.

The classification of contaminants in compressed air and gases, focusing on three main types of impurities:

  1. Particulate Contaminants: Solid particles that may enter the gas supply, potentially causing harm.
  2. Water: Moisture that can lead to corrosion and microbial growth.
  3. Oil: Hydrocarbon contamination that may interfere with medical applications. The standard specifies acceptable levels of these contaminants, ensuring that medical gases, including oxygen, are safe and effective for use.

Our Testing Process

At FARE Labs, we follow a comprehensive testing protocol for medical oxygen using Gas Chromatographic analysis. The following steps are involved:

1. Sample Collection
To ensure integrity samples of medical oxygen are collected using sterile, contamination-free Tedlar Bags (PTFE/Polypropylene) on site.

2. Analysis of Contaminants
We conduct a series of tests to evaluate the purity of medical oxygen, including:

  • Particulate Matter Analysis: Using optical and gravimetric methods to quantify solid contaminants.
  • Water Content Determination: Employing techniques like Karl Fischer titration to measure moisture levels.
  • Oil Content Testing: Using gas chromatography (GC) to detect and quantify hydrocarbons.
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