Breeo fire pits have become popular outdoor accessories due mainly to their smokeless design and reliable performance. But what happens when there is wind? Does the smoke remain low, or does it begin to billow out into the air?
Breeo fire pits perform well, with the smoke staying low even in windy conditions. These fire pits have been designed to effectively utilize airflow and maximize secondary combustion, preventing wind gusts from interfering with their performance and reducing the smoke produced.
The rest of this article will explore the science behind Breeo fire pits, their performance in windy conditions, and some additional tips to maximize their efficiency and reduce smoke production.
Will Wind Make a Breeo Fire Pit’s Flame Flare Up?
When using a Breeo Fire Pit outside, one of the main concerns many people have is how the wind will affect its performance. Many people worry that the wind will make their fire flare up uncontrollably, causing damage to themselves or their property.
Wind does not make a Breeo Fire Pit flare up. Wind increases oxygen levels in the fire pit, making the fire burn more intensely. As it burns, the double-walled construction of the fire pit creates a controlled airflow around the fire, helping to maintain a steady flame that is unlikely to flare up.
However, wind can still pose risks when using a fire pit. If the wind is powerful and blows directly into the flame, it can blow ash and embers in unpredictable directions, so never leave your pit unattended.
How Breeo Fire Pits Contain Smoke Even in Windy Conditions
Without sufficient oxygen, fire pits cannot burn efficiently without producing smoke. Breeo designed its fire pits with this in mind, incorporating unique design features that allow more oxygen to flow through the fire pit, creating a hotter flame that burns away smoke before it can escape.
These features include an X Airflow design, which consists of raised vents on the bottom of the fire pit that allows fresh air to enter even when there is significant ash buildup. A double wall technology creates a gap where hot air is forced upwards through holes around the rim.
All of these design elements enable the fire pit to achieve secondary combustion, where hot air coming into contact with the flame causes smoke to burn away before leaving the fire pit, resulting in an efficient and smoke-free fire.
However, with the wind being a natural part of any outdoor setting, you wonder if it will cause smoke to escape more easily. But the raised vents and double-wall systems combine to make them one of the most effective fire pits for reducing smoke even in windy conditions.
High winds increase the air passing through the fire pit, keeping oxygen levels high and flames burning bright which increases the heat of the fire.
The hot air is forced to escape through the vent holes around the rim, creating a controlled and consistent airflow inside the fire pit, preventing smoke from leaving.
The secondary combustion process uses the hot air rising from the flames to suck away any smoke before it has a chance to leave the fire pit. At this point, the fire pit will have attained maximum efficiency, and your fire will produce little to no smoke as the wind blows.
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Note that smoke will be produced initially when lighting the fire and with any new fuel, but as Breeo’s secondary combustion is activated, smoke will be reduced to a minimum.
The wind will enhance the start-up and increase the flame during this phase, but as secondary combustion takes over, the fire pit will adapt to any wind gusts and continue to perform with minimal smoke.
How Air Holes Affect a Breeo Fire Pit’s Performance
Airflow is essential for any fire pit to achieve efficient combustion. Breeo fire pits have air holes strategically placed all over the fire pit to encourage airflow and promote secondary combustion, minimizing smoke.
Below the raised vent of the fire pit’s base is an X Airflow network, consisting of multiple holes that allow air to pass unobstructed even when ash builds up. This creates a steady flow of fresh air and helps to maintain oxygen levels required for combustion efficiency.
The size, number, and placement of these holes prevent wind gusts from affecting air flow and minimize their impact on smoke levels.
The strategic placement of these holes ensures that wind can pass through the fire pit without disrupting its airflow patterns, keeping flames burning bright and preventing smoke from escaping.
The double wall design also incorporates vent holes at the top of the fire pit’s walls, allowing hot air to flow upwards through them. This creates a cyclone-like effect, drawing smoke into the heat of the flames. The rising air helps to increase the temperature of the flames while also ensuring that any smoke produced is drawn away and burned off before leaving the fire pit.
Improve Breeo Pit Performance To Reduce Smoke
While Breeo fire pits are built to withstand harsh outdoor elements and remain stable in windy conditions, you can do a few things to further increase their performance and reduce the amount of smoke produced.
- Ensure that the fire pit’s air holes are clear and unobstructed. Gently blow through them from time to time to remove any ash or debris that may have gathered and affect airflow.
- Make sure your fuel is dry and well-aged. Fresh firewood or other materials with a high moisture content will produce more smoke.
- Place the fire pit in an open area free from obstructions. Keep it away from low-hanging branches and other windbreaks. This will help the fire pit to maintain airflow even in windy conditions.
- Arrange logs and other fuel, so air flows freely through the fire pit. Try to keep the logs and materials in a pyramid shape, with the smallest pieces placed at the base and larger pieces at the top.
Breeo fire pits are designed to withstand windy conditions and minimize smoke production. By ensuring that their air holes remain clear and unobstructed, using dry fuel materials, and placing the fire pit in an open area free from windbreaks, you can further maximize their performance and reduce smoke even more.