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DESIGN AND IMPLEMENTATION OF GAS DETECTION SYSTEM

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  • NGN 3000

Problem Statement

Gas detectors are an essential application for home and commercial safety; they are also employed in numerous industrial industries. They are used in welding shops to detect combustibles and toxics and in nuclear plants, to detect combustibles. They are also commonly used to detect hazardous vapors in wastewater treatment plants and are very efficient in confined spaces where there is no continuous employee occupancy. Such spaces include tanks, pits, vessels and storage bins. They may also be placed at a site to detect toxins prior to occupant entry where it commonly used for gas leak detection system, fire/safety detection system and gas leak alarm. It can be found in a variety of locations such as on oil rigs to monitor manufacture processes and emerging technologies such as photovoltaic. They may also be used in firefighting. Typical installation areas being gas yards (Bullets), gas banks with multi cylinders in manifold, user production departments/utility areas like kitchens.  Other areas of application and the common gases it can detect are listed in the table below:

        TABLE 1.2 Common Gasses and Detection Applications

Application  

Common Gases Detected

Water & Waste Water Treatment

chlorine, hydrogen sulfide, methane, oxygen

Petroleum Production & Refining

hydrogen sulfide, combustible gases

Natural Gas Production & Transport

natural gas, hydrogen sulfide, mercaptans

Mining

methane, oxygen, dust

Gold Extraction

hydrogen cyanide

Electroplating

hydrogen cyanide

Food Processing & Cold Storage

chlorine, ammonia, methane, dust

Grain Storage & Transportation

methane, oxygen, phosphine, dust

Breathing Air (Supplied Air Systems)

carbon monoxide, oxygen

Parking Garages

carbon monoxide

Semiconductor Manufacturing & Processing

arsine, phosphine, silane, hydrogen,

hydrochloric acid, numerous other gases

Fuel Storage & Transportation

combustible gases, oxygen

Leaking Underground Storage Tanks

combustible gases, oxygen

Pulp & Paper Manufacturing

chlorine, chlorine dioxide, hydrogen sulfide, sulfur dioxide, oxygen

Beer & Wine Making

oxygen, carbon dioxide, sulfur dioxide

Fertilizer Manufacturing

Ammonia

Indoor Air Quality

carbon dioxide, carbon monoxide, oxygen

Stack (Flue) Gas Emissions

oxygen, nitric oxide, nitrogen dioxide, carbon monoxide, sulfur dioxide

Chemical Manufacturing & Processing

Various

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Aim and Objectives

The aim of this project is to design and construct a gas detection system.

The Objectives of this project include:

  • To design a potable and lower cost gas detector system for liquefied petroleum gas.
  • To trigger an alarm when gas is detected.
  • To improve the feasibility of networks, smart detection for health and safety and for increasing the efficiency of heating, cooling, and ventilation systems in buildings. It could replace the need for single-purpose or much larger equipment to detect, for example, urban air quality problems.
  • In addition, the project which are made with a flexible plastic, have low power requirements. This means it will be able to be used in conjunction with energy harvesting technologies for continuous operation, and could be integrated into textiles as well as electronics.

     

Significance of the Project

The significant of the project is that it improves health, safety, and efficiency as it detects gas leakages at homes, offices, business firms, in a car, storage tank environment or in a service station, etc. It can easily be implemented to industrial level by upgrading its ranges of detection.  The significant of this project cannot be over emphasized because anywhere people live or work with gas, so it plays an important role in monitoring the people health and safety and as well increasing role in managing buildings for high efficiency. There are many gases that can be harmful to organic life, such as humans or animals so the system detects these gases including combustible, flammable and toxic gases, and oxygen depletion while avoiding false alarms.

Scope of Study

The project senses high sensitivity LPG (iso-butane, propane, LNG and cigarette smoke) from concentration of 200 PPM to 10,000 PPM using 9 volts battery powered supply. It has small sensitivity to alcohol.

Justification of the Project

This project helps people to upgrade their safety standards, comply statutory even though it has small sensitivity to detect alcohol, it can be used as liquor tester.  The project has excellent sensitivity combined with a quick response time.  It’s most important and basic function is to prevent accidents and protect life and property from disaster.  It provides along lasting safety means for detecting the leakage of gas into the area of an appliance when the appliance is in a shutdown condition or not in operation. It provide a novel gas detection and monitoring system which is economical to manufacture and which may be readily installed in conventional trailers, boats or the like which are normally dependent upon a stored supply of pressurized gas.





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