With the growth of the global market for quality grains, the concerns over grain quality and its
best monetary value also increased. This situation urged the grain management industry …

Industrial grain drying utilizes approximately 12–25% of the total energy in the
manufacturing processes, thereby contributing to a large-scale carbon footprint. However …

Objectives: The objective of the present study was to investigate and describe the emissions
of volatile compounds, particularly hexanal and carbon monoxide, from large-and small …

The full potential health impact from the emissions of biomass fuels, including wood pellets,
during storage and transportation has not been documented in the open literature. The …

Wood pellets emit CO, CO2, CH4, and other volatiles during storage. Increased
concentration of these gases in a sealed storage causes depletion of concentration of …

Interstitial concentrations of CO 2 and O 2 were measured to determine respiratory activities
of microflora infecting stored canola, soybean, and wheat in different airtight storage times …

Few papers have been published in the open literature on the emissions from biomass fuels,
including wood pellets, during the storage and transportation and their potential health …

This article deals with an assessment of the influence of oxygen concentration on the
composition and amount of combustion products generated in the course of heating coal …

There is a potential hazard associated with bulk storage of wood pellets because they have
been shown to off-gas carbon monoxide (CO). The risk to building occupants from the …

Carbon monoxide (CO) plays a major role in tropospheric chemical dynamics. Accordingly,
global CO budgets have been reasonably well documented. Atmospheric CO consumption …