Tips to Combat the Problem
The most common cause of nuisance alarms is cooking. Therefore, the first step is to minimize the problem at the source by keeping ovens and burners clean, and by turning down the timer setting on toasters. Using the fan on the range hood when cooking can also help to remove combustion particles from the air. If this fails to produce the desired results, there are other solutions to consider.
 

Move the alarm	Sometimes the solution to frequent nuisance alarms is as simple as moving the alarm to a different location. If at all possible, avoid having a smoke alarm in the cooking area. Moving an alarm from the kitchen to the hallway could solve your problem. Another option is to move the alarm from the ceiling to the wall. The alarm should be installed no less than 10 cm and no more than 30 cm from the ceiling and should be located away from corners.
Shop smart	Find out what type of alarms suit your needs and the best areas of your home to install them to conquer nuisance alarms forever.
Install smoke alarms with a pause feature	For anyone experiencing nuisance alarms, a smoke alarm with a “pause” or “hush” feature is a must. These alarms have a button which, when pressed, silences the unit for several minutes. The alarm will then re-set itself automatically. It is highly recommended that any new smoke alarms purchased include this feature.
Try Alternative Technology	Smoke alarms commonly use one of two technologies to detect smoke: ionization or photoelectric. By understanding how each works you can make a more informed decision as to what suits your needs.
Ionization-type	Smoke alarms have a small amount of radioactive material that ionizes the air between two electrically charged plates, causing a measurable current to flow between the plates. When smoke enters the chamber, it disrupts the flow of current, which activates the alarm. Ionization alarms respond slightly faster to flaming-type fires.
Photoelectric-type	Smoke alarms work by aiming a light source into a sensing chamber at an angle away from the sensor. Smoke entering the chamber reflects light onto the sensor which triggers the alarm. Photoelectric alarms respond slightly faster to smouldering-type fires. Note:  It is generally recommended that any alarms installed near the kitchen be of the photoelectric type.