What a Regular Combustion Analysis Can Mean for Your Building

When winter comes around, undergoing an NYC combustion analysis with any fuel-burning equipment is crucial. Adequate equipment maintenance practices, including combustion analysis, allows a technician to fully maintain and verify the specifications of the equipment functions for efficient and safe operation. These are the ways a combustion analysis can improve your operations.

Improve Safety and Efficiencies

Many manufacturers advise getting a flue gas analysis performed at least once a year and even acquiring anĀ NYC Certificate to Operate. Modifications that impact combustion will usually drift in time. Seasonal changes and wind conditions in barometric pressure or temperature can make the excess air in your unit fluctuate several percentages. A decrease in excess air levels can create a rapid development of highly toxic gases including carbon monoxide. This results in accelerated deterioration of system efficiency and safety.
Low draft pressures in flue gas can also make such combustion gases vent interiorly or build up within the combustion chamber. Extreme draft pressures among the flue may impart turbulence inside your system. This might limit complete combustion, but it’ll pull dangerous gases into the flue and produce flame impingement or damage to the combustion chamber itself. More harm can be induced to the heat exchanger element to result in premature equipment malfunctions.

What Combustion Analysis Entails

If you’re making use of a fuel-burning unit such as a furnace, a makeup air unit or a boiler in NYC, having a flue is necessary to expel the combustion gases. When your systems are properly operating, a specific combination of exhaust gas can indicate the amount of fuel usage and if a satisfactory air-to-fuel ratio is subsisting. Professional technicians can use advanced equipment for monitoring the gas flow through the system’s flue.

Advantages of a Combustion Analysis

Through determining the composition of your system’s flue gases, you’re able to recognize if more than enough air is moving into the combustion chamber or if excess fuel is present. If too much air is in the system, a technician will find out where extra air is being pulled into the process.