Integrated biomass catalytic pyrolysis with multi-source waste collaborative treatment: A mini-review

IF 6.2 2区化学 Q1 CHEMISTRY, ANALYTICAL

Journal of Analytical and Applied Pyrolysis Pub Date : 2025-09-22 DOI:10.1016/j.jaap.2025.107397

Chenguang Zhang , Xiaofei Xu , Xiaobo Chen , Shaoqing Wang , Yuan Zhang , Zhen Wan , Zhihe Li , Weiming Yi

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Abstract

Biomass, a renewable carbon-containing resource, offers a promising avenue for the efficient production of green energy, chemicals, and carbon materials through catalytic pyrolysis. However, current limitations include low conversion efficiency and product selectivity towards the target products. Currently, industrial agglomeration zones are increasingly challenged by the need for sustainable and centralized multi-source waste disposal. Consequently, creating an integrated system comprising biomass catalytic pyrolysis and multi-source waste treatment for treating complex waste mixtures offers a significant opportunity to advance the innovation of biomass catalytic pyrolysis technology and facilitate the establishment of waste-free industrial agglomeration parks. This review examines the latest aspects of biomass characteristics, catalytic pyrolysis mechanisms, integration with diverse waste streams (agricultural production process waste, petrochemical industry waste, alumina industrial waste, and biological refining industry waste), and applications of catalytic pyrolysis products. Based on the above analysis of scientific literature, an integrated zero-waste industrial agglomeration areas model combining biomass catalytic pyrolysis with collaborative treatment of multiple waste sources to generate renewable energy and achieve sustainable waste management was proposed. To guide future research, it also outlines the emerging trends in the integrated technology of biomass catalytic pyrolysis and multi-source waste treatment. This review can provide scientific support and reference for establishing efficient multi-source waste treatment strategies integrated with biomass catalytic pyrolysis technology.

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生物质催化热解与多源垃圾协同处理：综述

生物质是一种可再生的含碳资源，为通过催化热解高效生产绿色能源、化学品和碳材料提供了一条有前途的途径。然而，目前的限制包括低转化效率和对目标产品的产品选择性。目前，工业集聚区面临的挑战越来越大，需要可持续和集中的多源废物处理。因此，构建生物质催化热解与多源废弃物处理的综合体系，处理复杂的废弃物混合物，对于推进生物质催化热解技术创新，促进无废弃物产业集聚园区建设具有重要意义。本文综述了生物质特性、催化热解机理、与多种废物流（农业生产过程废物、石油化工废物、氧化铝工业废物和生物炼制工业废物）的整合以及催化热解产物的应用等方面的最新进展。在上述科学文献分析的基础上，提出了生物质催化热解与多废弃物源协同处理相结合的零废弃物工业集聚区集成模型，以产生可再生能源，实现废弃物的可持续管理。为指导未来的研究，概述了生物质催化热解与多源废物处理集成技术的发展趋势。该综述可为建立高效的生物质催化热解多源垃圾处理策略提供科学支持和参考。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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来源期刊

Journal of Analytical and Applied Pyrolysis 化学-分析化学

CiteScore

9.10

自引率

11.70%

发文量

340

审稿时长

44 days

期刊介绍： The Journal of Analytical and Applied Pyrolysis (JAAP) is devoted to the publication of papers dealing with innovative applications of pyrolysis processes, the characterization of products related to pyrolysis reactions, and investigations of reaction mechanism. To be considered by JAAP, a manuscript should present significant progress in these topics. The novelty must be satisfactorily argued in the cover letter. A manuscript with a cover letter to the editor not addressing the novelty is likely to be rejected without review.