About Orsat Gas Apparatus
We are offering a high-quality Orsat Gas Apparatus used for the volumetric analysis of gases. It is widely used to determine the composition of flue gases and other gaseous mixtures by measuring gases such as carbon dioxide (CO), oxygen (O), and carbon monoxide (CO).
This apparatus is commonly used in chemical laboratories, industrial plants, environmental testing labs, and research institutions. It is designed for accurate and reliable gas analysis with simple manual operation. The equipment is made from high-quality glass and durable materials to ensure long service life and precise results.
Product Details
- Usage: Gas Analysis / Volumetric Gas Testing
- Application: Chemical Laboratory, Industrial Testing
- Material: Glass & Rubber Tubing Assembly
- Feature: Accurate, Durable, Easy to Use
- Operation: Manual
- Condition: New
Reliable Gas Analysis for Industrial ApplicationsAccurately analyze flue gases with the Orsat Gas Apparatus, specifically designed for CO2, O2, and CO measurements. Its robust construction ensures longevity, while its shatter-resistant protection and high-precision stopcocks support safe, leak-free operation even in demanding environments. This makes the apparatus a trusted choice in industry and research laboratories.
User-Friendly, Manual OperationWith a straightforward manual control system, the Orsat Gas Apparatus requires no electricity, making it adaptable for remote locations or facilities without reliable power. The clearly graduated glass burette and interchangeable pipettes allow for intuitive, efficient operation, guaranteeing accurate and repeatable results for every analysis.
Safety and Durability Built-InConstructed from chemical-resistant borosilicate glass and sturdy cast iron frames, the apparatus is engineered for long-term service. Its shatter-resistant protection shield and precision fittings prioritize both operator safety and equipment longevity, ensuring consistent performance even with routine use and cleaning.
FAQ's of Orsat Gas Apparatus:
Q: How does the Orsat Gas Apparatus operate for flue gas analysis?
A: The Orsat Gas Apparatus uses a manual process where a 100 ml sample of flue gas is drawn into a burette and then sequentially passed through absorption pipettes containing chemical solutions to absorb specific gases (CO2, O2, CO). Precise measurements are taken by observing the burette's graduated glass scale after each absorption.
Q: What are the main benefits of using this apparatus for gas analysis?
A: This apparatus provides high accuracy (0.2%), requires no electrical power, and ensures user safety with a shatter-resistant shield. Its interchangeable borosilicate glass pipettes and simple manual control streamline both standard operation and maintenance, making it reliable for industrial and laboratory use.
Q: When is it appropriate to use the Orsat Gas Apparatus?
A: The Orsat Gas Apparatus is ideal for periodic or routine analysis of flue gases in power plants, manufacturing facilities, and research settings. Use it whenever accurate quantification of CO2, O2, and CO in gas samples is required.
Q: Where can the Orsat Gas Apparatus be installed or mounted?
A: This apparatus can be wall-mounted or bench-mounted, offering flexibility to fit laboratories or facilities with varying space constraints. Its stable rectangular frame and mounting options enable secure, efficient setup in different environments.
Q: What maintenance is required for the Orsat Gas Apparatus?
A: Regular cleaning of glass components and flexible tubing is recommended. The design allows easy disassembly for servicing or pipette replacement, and all connections are built to resist leaks, supporting long-term service with minimal upkeep.
Q: How do interchangeable absorption pipettes enhance the analysis process?
A: Interchangeable pipettes allow users to quickly switch or replace specific absorption units for CO2, O2, or CO, ensuring accurate and uncontaminated results for each analysis while also simplifying maintenance and reagent refilling.
Q: What makes this apparatus suitable for high-temperature or industrial settings?
A: The use of borosilicate glass, cast iron, and brass components ensures resistance to corrosion and temperatures up to 150C. Safety features, such as the protection shield and durable frame, make it robust enough for challenging industrial applications.