Agro-industrial residue torrefaction to bio-coal: Its physico-chemical characterization and potential applications in energy and environmental protection [0.03%]
农业工业残留物热解制生物煤及其物理化学性质与能源和环保潜力研究
Nidhi Yadav,Gaurav Yadav,Vishnu Bakthavachalam et al.
Nidhi Yadav et al.
Leveraging biofuel derived from biomass stands as a pivotal strategy in reducing CO2 emissions and mitigating the greenhouse effect. Biomass serves as a clean, renewable energy source, offering inherent benefits. However, despite its advant...
Phosphate sorption mechanisms in biochar: Insights from depth profiling of porous structure across pH and pyrolysis conditions [0.03%]
不同pH和热解条件下生物炭孔隙结构变化对磷吸附机制的影响：深度剖面分析的视角
Junho Han,Seoyeon Lee,Seunghun Hyun et al.
Junho Han et al.
This study examines phosphate (P(V)) sorption mechanisms in Miscanthus biochar, focusing on the effects of concentration, pH, and pyrolysis temperature. Biochars produced at 400 °C (B400) and 700 °C (B700) were analyzed using Freundlich i...
In situ purification of ammonium nitrogen wastewater in rare earth mine by native bacteria isolating fromoriginal mining area [0.03%]
稀土矿区原位分离本土菌净化氨氮废水研究
Xu Guo,Yongjin He,Youcai Zhou et al.
Xu Guo et al.
Ammonium sulfate ((NH4)2SO4) leaching method to extract rare earth elements (REEs) of mine has produced a large amount of NH4+-N-enriched wastewater derived from ore body, leading to many serious environmental pollution problems. This study...
Insight into enhanced enrichment and nitrogen removal performance of Anammox bacteria with novel biochar/tourmaline polyurethane sponge modified biocarrier [0.03%]
一种新型生物炭/碧玺聚氨酯海绵改性填料强化厌氧氨氧化性能的机理研究
Yanchen Li,Wenyi Dong,Zilong Hou et al.
Yanchen Li et al.
A novel biochar/tourmaline polyurethane sponge modified biocarrier (BTP) could enhance Anammox bacteria (AnAOB) enrichment and nitrogen removal performance. With higher hydrophilicity and specific surface area, BTP significantly improved to...
Caproic acid production is linked to biomass activity during xylose fermentation [0.03%]
发酵木糖过程中-caproic酸的产生与细胞活性有关
Iglesias-Riobó J,Mauricio-Iglesias M,Carballa M
Iglesias-Riobó J
This study aims at addressing inconsistencies in literature regarding the organic loading rate (OLR) and hydraulic retention time (HRT) effect on caproic acid production, using biomass activity as an indicator. Xylose was fully consumed in ...
Beyond waste in agriculture: Feedstock characterization for thermochemical conversion based on potato above-ground biomass [0.03%]
超越农业废弃物：基于地上生物量的热化学转换原料特性研究——以土豆为例
Jhoan Chávez,Jianbing Li
Jhoan Chávez
Agricultural residues represent a valuable opportunity to develop circular bioeconomic systems centered on biomass. Characterizing this type of biomass can alleviate the pressure on current biomass sources (e.g., in forests and their biodiv...
Investigating enhancement of protease and lysozyme combination pretreatment on hydrolysis of sludge organics under humic acid inhibition [0.03%]
蛋白酶和溶菌酶组合预处理缓解腐植酸抑制污泥水解效能研究
Xiang Zou,Junguo He,Xinlei Pan et al.
Xiang Zou et al.
This study investigated the impact of humic acid (HA) on enzymatic pretreatment efficiency, focusing on sludge properties and HA molecular structure. The results showed that enzymatic pretreatment alleviates HA inhibition, improving hydroly...
Influence of monosaccharides and lipids on protein structure and solubility-Reaction simulation of sludge thermal hydrolysis system [0.03%]
单糖和脂质对蛋白质结构及溶解度影响-污泥热碱解体系反应模拟
Ning Yang,Hua Ji,Shucheng Yang
Ning Yang
During the hydrothermal treatment process, sludge proteins can interact with other organic matter, thereby affecting protein structure and altering protein solubility. This paper investigates the effects and causes of monosaccharides and li...
Thermophilic anaerobic ethane oxidation coupled with selenate and selenite reduction [0.03%]
热厌氧乙烷氧化耦合硒酸盐和亚硒酸盐还原
Lu-Yao Liu,Cheng-Cheng Dang,Xin Tan et al.
Lu-Yao Liu et al.
Anaerobic microorganisms are critical in regulating ethane in geothermal environments, where selenate and selenite are common contaminants. Although coupling ethane oxidation with selenate reduction has been demonstrated as feasible, such p...
Enhanced butanol production through intracellular NADH regeneration in CdSe-C. acetobutylicumg semi-photosynthetic biohybrid system [0.03%]
基于CdSe-半光合生物杂化系统的NADH再生强化丁醇生产
Tingting Liu,Ran Guo,Xinyi Wang et al.
Tingting Liu et al.
Current environmental challenges and energy crises highlight the urgent need for a transition in energy mix. In this study, an innovative semi-photosynthetic biohybrid system that combined light-activated cadmium selenide quantum dots (CdSe...