Sentence examples for ventilation stove design from inspiring English sources

The PM concentrations within households using coal in Ireland, Mongolia, and China were compared and substantial differences were found as a result of differences in ventilation, stove design, fuel quality and stove maintenance and operation.

On investigation for the effect of stove design, ventilated stoves resulted in lower PAH exposures than unventilated stoves, portable stoves and firepits.

The most commonly used stove design was vented stoves (34.7%) followed by the use of multiple stoves with differing ventilation designs [which we refer to as "mixed ventilation" (28.2%)].

The plancha stove is a popular stove design.

Given these reductions, continued promotion of the Sukhad stove would be warranted, while simultaneously improving stove design.

The objective of this research was to investigate the influence of stove design, stove temperature, and cooking pot temperature on the mass and size of particles emitted by biomass cook stoves.

The first feature relates to stove design.

The major stove designs encountered were as follows: vented stoves, unvented stoves, firepits, portable stoves (a stove design intended to be lit outdoors and then carried indoors for use) and a combination of these stove designs.

Mixed effect modeling showed that fuel type, ventilation, number of windows, and season are strong determinants of personal PM2.5 exposure, which reflects some of the findings of the descriptive statistics (specifically fuel types and stove design).

Because pollutant emissions depend on both fuel quality and stove design, interventions can focus on fuel, stove, or both.

We note that the model indicates that homes with "unknown" stove designs (n = 7) have lower levels of predicted PAH exposure the other stove design categories.