催化热解目前逐渐成为生物质转化利用技术的主要研究方向, 相比常规热解,
催化热解可以对生物油进行有效提质并且定向产生高值化产品. 本文通过对近年来新兴的催化剂 …

Green diesel or bio-hydrogenated diesel can be produced from vegetable oils and their
derivatives via a catalytic reaction. This work carried out the synthesis and characterization …

Abstract ZnO-incorporated HZSM-5 zeolites (ZnO/HZSM-5) were prepared through five
different methods including Wet Impregnation (WI), Ion Exchange (IE), Solid-State (SS) …

Sn-based zeolite have been prepared by incipient wetness impregnation by studying the
role of the starting precursor either Sn (II) or Sn (IV) chlorides. Catalysts have been deeply …

At present, catalytic pyrolysis has gradually become the main research direction of biomass
conversion and utilization technology. Compared with conventional pyrolysis, catalytic …

首先采用微波对生物质竹木进行了预处理, 然后浸渍法制备了P/Ni-HZSM-5 二元复合催化剂,
在Py-GC/MS 上探究其催化微波预处理竹木快速热解性能. 采用N 2 吸附-脱附, NH 3-TPD, XRD …

Biofuels as environmentally friendly alternative fuels such as biogasoline, biokerosene and
others are generally obtained through a cracking process and take place more effectively to …

There was increasing in the international needing for fossil fuel, which is formed from
nonrenewable materials such as crude oil. Bio-ethanol considered one of the materials that …

Biomass is a significant renewable energy source for the process plant, which can be used
as fuel, or it can be converted to ethanol. Ethylene and Diethyl ether (DEE) are produced …

Bio-ethanol can be used to produce a number of chemicals that are important to industries.
Extensive research has been done for the production of valuable chemicals from ethanol in …