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COMBUSTION SCIENCE AND TECHNOLOGY · 2022 · IF 2.133

Preparation of New Eco-Friendly Gel Foam Based on Biomass Pectin Material for Fire Prevention of Coal

Shibin Nie,Haoran Zhang,Chao Han,Jiayi Li,Jinian Yang,Hong Zhang,Guanglong Dai,Hailin Su

The traditional gel foam materials have achieved certain effects in preventing coal fire. However, the traditional gel foam materials commonly use chemical compounds which cause harm to the environment. Therefore, based on biomass materials such as low methoxyl pectin (LMP), calcium L-lactate (Ca-L), and biomass compound foaming agent (BF), a new eco-friendly gel foam (LMP-Ca) was prepared. The foaming performance, gelling time, stability, coal oxidation inhibition and fire extinguishing performances of LMP-Ca were systematically studied. The study shows that the gelling time of LMP-Ca with 1.2 wt% LMP, 0.075 wt% Ca-L and 0.03 wt% BF is 10 min and the half-life is up to 216 h. Moreover, the LMP-Ca has excellent film-forming performance, and the isolation film with thickness up to 2.5 mm can be formed on the surface. The coal oxidation inhibition experiment shows that LMP-Ca can effectively delay the oxidation rate of coal with the temperature rising, and the inhibition rate of CO is 72.1% at 180°C. The fire extinguishing experiment shows that the temperature of the coal treated by LMP-Ca decreases rapidly from 960 to 60°C in 20 min and to 30°C in the following 110 min without the reignition phenomenon. The result indicates that LMP-Ca has excellent fire extinguishing performance. This study is helpful to develop eco-friendly coal fire prevention and control technology, and overcome the shortcomings of traditional gel foam on environmental pollutions.

CAS / MDL: 5743-47-5
研究领域: 能源与环境科学 · 材料科学
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PHYSICAL CHEMISTRY CHEMICAL PHYSICS · 2025 · IF 2.9

Co-immobilization of rhodium catalyst and LDH on carbon electrode by covalent graft strategy for electrosynthesis L-lactate in bipolar electrochemistry

Chunhua Zhang,Bowen Li,Xiang Gao,Wei Xiao,Mingfang Chen,Qilong Bian

This work demonstrates a wireless electroenzymatic platform using carbon microsphere electrodes co-immobilized with a rhodium catalyst and lactate dehydrogenase (LDH) for integrated NADH regeneration and pyruvate-to-L-lactate conversion in a bipolar electrochemical system. The 3D "aggregate reactor" architecture, functionalized via diazonium grafting, Rh coordination, and covalent enzyme coupling, enables spatial coupling of cofactor recycling and biocatalysis, while HPLC revealed a L-lactate production rate of 0.04 mM cm-2 h⁻¹ under 12.5 V cm⁻¹ with a plenty of carbon beads attributed to enhanced mass transport. This wireless, scalable design eliminates wiring constraints and offers modular adaptability for sustainable synthesis of chiral chemicals.

研究领域: 电化学 · 催化 · 生物催化 · 材料科学 · 化学工程 · 分析化学 · 可持续化学
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