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Elsevier

Multi-Scale and Whole-Process Oriented Potential Analysis & Technical Evaluation of Industrial Pollution Reduction

  • 1st Edition - May 1, 2027
  • Latest edition
  • Authors: Yuanyuan Sun, Lu Bai, Qi Qiao
  • Language: English

Multi-Scale and Whole-Process Oriented Potential Analysis & Technical Evaluation of Industrial Pollution Reduction introduces innovative multi-scale models like SPECM and SD… Read more

Description

Multi-Scale and Whole-Process Oriented Potential Analysis & Technical Evaluation of Industrial Pollution Reduction introduces innovative multi-scale models like SPECM and SDM-BCPP, focusing on precise, collaborative emission reduction strategies across industrial, regional, and basin levels. The book systematically explores the mechanisms of whole-process emission reduction, integrating source control, process optimization, and end-of-pipe treatment, supported by practical case studies in industries such as packaging, printing, sugar manufacturing, and cement, as well as regional applications in the Liaohe River Basin and Gansu. It emphasizes multi-objective optimization, balancing emission reduction, cost-effectiveness, and carbon mitigation to generate actionable schemes. The detailed content spans research progress, model applications, and technical pathways for achieving sustainable industrial development, providing valuable insights for researchers, policymakers, and industry practitioners.

Key features

  • Addresses issues in industrial pollution reduction, including insufficient precision, lack of synergy, and low resolution of traditional production-process models
  • Constructs multi-scale emission-reduction potential assessment models such as SPECM and SDM-BCPP, focusing on minimum pollution-generating benchmark modules to enable precise assessments at industrial, regional, and river-basin scales
  • Systematically elucidates the collaborative mechanism of whole-process emission reduction, detailing synergies among source reduction, process reduction, and end-of-pipe treatment, and quantifying potential and effects through industry cases
  • Integrates multi-objective optimization methods by incorporating emission-reduction potential, cost-effectiveness, and carbon reduction into a unified framework to generate feasible schemes
  • Covers extensive case studies in key industries and regions, detailing model applications and providing operational paradigms for research, management, and enterprise practices

Readership

Researchers in industrial pollution control; Managers and staff of environmental policy departments

Table of contents

1. Research Progress in Industrial Pollution Reduction

2. Mechanism of Collaborative Emission Reduction in the Whole Process of Industrial Production

3. Overview of the SPECM Model

4. Research on Pollution Reduction Potential in the Packaging and Printing Industry

5. Research on Water Pollutant Reduction Potential in the Sugar Manufacturing Industry

6. Whole-Life Cycle Pollution and Carbon Reduction Potential in the Cement Industry

7. Research on Basin Pollution Reduction Potential

8. Research on Regional Pollution Reduction Potential

9. Research on Technical Paths for Total Emission Reduction in Gansu Province During the "14th Five-Year Plan" Based on Potential Assessment

10. Summary and Outlook

Product details

  • Edition: 1
  • Latest edition
  • Published: May 1, 2027
  • Language: English

About the authors

YS

Yuanyuan Sun

Sun Yuanyuan, female, Ph.D., postdoctoral fellow and assistant researcher at the Chinese Research Academy of Environmental Sciences. Her research primarily focuses on the quantification of pollutant generation and discharge from industrial pollution sources, modular analysis of emission reduction throughout the entire industrial production process, and synergistic emission reduction, among other related areas. Addressing issues such as the low resolution, poor specificity and precision of current methods and models for assessing pollution reduction potential, as well as the lack of approaches to accurately evaluate pollution reduction potential in industrial production processes, she has developed a set of modular methods for assessing pollution reduction potential throughout the entire industrial production process. These methods provide methodological support for the accurate identification of industrial pollution reduction strategies and decision-making. She has published 10 academic papers, obtained 6 authorized invention patents, participated in compiling 4 books, and received 6 awards at or above the university/college level.
Affiliations and expertise
Assistant Researcher, Chinese Research Academy of Environmental Sciences, Beijing, China

LB

Lu Bai

Dr. Bai Lu, a young elite in ecological and environmental protection, serves as a professor at the Chinese Research Academy of Environmental Sciences. Specialising in the prevention and control of industrial pollution, she uses industrial metabolism theory to study the mechanisms of material flow and the characteristics of pollutant emissions in industrial processes. Overcoming the limitations of traditional methods, which are overly subjective and imprecise, her innovative research identifies metabolic pathways, quantifies emissions and formulates regional reduction strategies. Dr Bai has earned seven provincial/ministerial science awards, as well as honours such as National Advanced Individual in Pollution Source Census and Outstanding Young Scientist.

Affiliations and expertise
Professor, Chinese Research Academy of Environmental Sciences, China

QQ

Qi Qiao

Qiao Qi is a Second Grade Researcher, Chief Scientist of Chinese Research Academy of Environmental Sciences (CRAES), Doctoral Supervisor. She is an expert of the State Council Government Special Allowance and a national environmental protection professional and technical leader. Currently, she is the director of the Chinese Society of Environmental Sciences, the director of the Ecological Industry Branch of the Chinese Society of Environmental Sciences, the executive member of the Pollution Reduction and Carbon Reduction Collaborative Governance Committee of the Chinese Society of Environmental Sciences, and the executive director of the Industrial Ecological Economy and Technology Committee of the Chinese Society of Ecological Economics. She is mainly engaged in the research of cleaner production, eco-industry and industrial pollution source management. In the past five years, she has presided over more than twenty national and provincial key scientific research projects, authorized over ten invention patents, and won over ten provincial and ministerial science and technology awards.

Affiliations and expertise
Chief Scientist, Chinese Research Academy of Environmental Sciences, Beijing, China