The development of biofuel production from biomass has become a promising breakthrough
and could tremendously enhance the potential of industrial technology. In this case, zeolites …

The synthesis of zeolite has more than 100 years of history, its special physicochemical
properties make it widely used as adsorbents, ion exchange materials, excellent …

Capturing CO 2 and converting it into fuels or fine chemicals is a promising way to deal with
climate change issues and energy crises. However, the conversion of CO 2 into …

With the rapid development of industrialization and urbanization, coal-based solid waste,
agricultural and forestry wastes, urban solid waste, and other by-products are inevitably …

Carbon dioxide (CO 2) emission plays a crucial role in global warming, and their capture
using porous materials is a suitable approach for tackling climate change. Developing highly …

Hierarchical zeolites integrating intrinsic micropores with secondary meso‐and/or
macropores afford superior catalytic properties for enhanced mass transportation and more …

Fossil fuels are still the most used fuel in industrial activities and transportation. Coal
consumption as the mainly used fossil fuel increases yearly, increasing pollutants such as …

Interzeolite conversion, a synthesis technique for several zeolite frameworks, has recently
yielded a large amount of high-performing catalytic zeolites. Yet, the mechanisms behind the …

Artificial photosynthesis is the process that converts solar energy and CO2 to valuable
chemicals over a photocatalyst through CO2 photoreduction (CO2PR). Ordered mesoporous …

Transforming glycerol into valuable compounds is one of the strategies to achieve a
sustainable biodiesel manufacturing chain. As the outcome, the present issue is to transform …