Aenert news. Energy Market & Energy StatisticsIRENA发布了 2024 年及过去十年的可再生能源发电容量统计。到 2024 年底，全球可再生能源发电容量将达到 4,448 吉瓦。相比之下，2015 年这一数字为 1,851 吉瓦，表明在过去十年中，可再生能源发电容量增长了 140%。 到 2024 年，太阳能发电将占全球总量的 42%，其中太阳能发电占比最大，为 1,865 吉瓦，其次是水力发电，为 1,283 吉瓦（29%），风能发电为 1,133 吉瓦（25%），生物能源为 151 吉瓦，地热能为 15 吉瓦，海洋能为 1 吉瓦。2024 年可再生能源容量的扩张以太阳能和风能为主，它们合计占所有净可再生能源增量的 96.6%。 2024 年是迄今为止可再生能源发电能力年度增幅最大的一年，尽管不同国家和地区之间存在显著差异。亚洲位居榜首，占新增发电能力的...

Aenert. Research Laboratory news植物生物质是一种可再生、丰富且环保的能源。利用植物生物质可以减少对化石燃料的依赖，改善环境污染问题。如今，生物柴油、生物氢、生物乙醇、沼气等各种生物燃料与化石燃料并存，并通过不同的生产工艺生产。它们的生产取决于用于原料预处理的酶或酶在合成过程本身中发挥着至关重要的作用。这些酶与原料相互作用的程度对工艺效率和可行性有很大影响。因此，来自可变生物质的生物燃料的商业化具有与生产中涉及的酶相关的某些局限性。 植物生物质含有光合作用产生的富含能量的复杂糖分子。由糖组成的刚性细胞壁围绕植物细胞，以及提供结构支撑的称为木质素的材料。就像提供健康的植物需要木质素一样，如果要利用糖并将其转化为燃料，则需要减少木质素。这一直是旨在利用植物生产燃料和其他通常由石油制成的产品的研究重点。 ...

Aenert news. Energy Exhibitions & ConferencesShanghai, China, is offering two events on similar and relevant topics in early November. The name SNEC 8th (2022) International Energy Storage Technology, Equipment and Application Conference speaks for itself. Here the most important issues of energy storage will be considered, without the solution of which further large-scale development of renewable energy is...

Aenert. Research Laboratory newsIn the endeavour to find new materials to advance energy and industrial production, different approaches are being examined, some of them including completely new technologies, others relying on known materials. Carbenes are one such molecule. They were first discovered in the 1830s when scientists unsuccessfully tried to dehydrate methanol to methylene. But it...

Aenert. Research Laboratory newsOver the years, fossil fuels have drawn more and more negative attention owing to the fact that production methods as well as further processing of hydrocarbons release a lot of pollutants into the atmosphere. To mitigate the negative impacts of fossil fuels on the environment, biofuels from renewable sources have been researched extensively in order to provide a...

Aenert. Research Laboratory newsReplacing fossil fuels with more sustainable products derived from biomass has been widely considered as an option to mitigate climate change as well as counteract future fuel shortages caused by dwindling fossil resources. As opposed to traditional fuels such as coal, natural gas and petroleum, biomass fuel is carbon-neutral, sustainable and has manageable...

Aenert news. Invention analysisPreviously, in a number of articles related to the technologies of energy production from biomass we revised patenting trends in biomass gasification (pre-treatment of feedstock on 04.03.2023 and fluidized bed reactors on 31.01.2023), cellulosic ethanol production (19.04.2023), and biofuel production from algae (11.05.2023). Today we will take a look at another...

Aenert news. Invention analysisPreviously we published several articles in the field of energy production from biomass, concerning such aspects as biomass gasification (pre-treatment of feedstock on 04.03.2023 and fluidized bed reactors on 31.01.2023) and cellulosic ethanol on 19.04.2023. In this article we will analyze patent documents disclosing inventions related to biofuel production from...

Aenert news. Invention analysisEarlier, in the field of energy production from biomass, we published articles related to biomass gasification technologies – concerning pre-treatment of feedstock (04.03.2023) and disclosing advancements in fluidized bed reactors (31.01.2023). This time we will revise technical solutions related to ethanol production from cellulosic biomass by analyzing patents...

Aenert news. Invention analysisPreviously, on 31.01.2023 we revised technical solutions related to Fluidized bed reactor in Biomass gasification. Now, we will have a look at another aspect of this technology to find out, what are the trends in feedstock preparation for biomass gasification. For this purpose we have collected and analyzed using the Advanced Energy Technologies methodology more...