Assessing the climate impacts of oat straw as a raw material

Straw is an interesting renewable feedstock for various high-value products, such as textile fibers. However, straw encompass to soils maintains a good soil structure, fertility, and carbon storage. Despite the availability of previous research on this topic, uncertainties remain regarding climate impacts collection. This study aims show footprint (CF) collection compared with that encompass. The goal demonstrate related initial data methodological assumptions whether regarded waste or coproduct illustrate where more measured needed. Life cycle assessment method was used conduct therein were gotten from literature. results removal can lead reduced greenhouse gas emissions in comparison because nitrogen fertilizing needs subsequent N2O emissions. there high uncertainty organic (SOC) emission changes removal. It also possible increase due seems have relatively low CF, especially when it waste. Coproduct interpretation significantly increases allocated straw. stores carbon, its total CF be negative. life length straw-based end products determines how long stored before released back into atmosphere. Total balance at system level defined only refining manufacturing replaced final are considered. Additional information needed, (N2O CH4) SOC storage, ensure sustainability products.