Microalgae for Carbon Capture and Circular Bioeconomy
暫譯: 用於碳捕集與循環生物經濟的微藻生物技術
Ahmad, Imran, Aguiar Severo, Ihana, Samir Ali, Sameh
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商品描述
Integrate microalgae systems for carbon capture and circular bioeconomy
Reducing industrial carbon emissions while closing resource loops demands scalable biological solutions grounded in rigorous science. Microalgae for Carbon Capture and Circular Bioeconomy connects theory with applied practice, providing an integrated treatment of microalgal systems for CO2 fixation, nutrient recovery, and waste valorization. This volume delivers actionable frameworks for deploying microalgae-based processes across industrial and environmental contexts.
Coverage includes flue gas utilization pathways, heterotrophic and autotrophic cultivation methodologies, and photobioreactor design for optimized carbon capture. The book examines carbon credit monetization strategies, wastewater-microalgae treatment synergies, and integration within zero-discharge industrial systems. Case studies illustrate successful deployment in power plants and industrial operations, while dedicated chapters address economic and policy frameworks supporting microalgae-based solutions.
Readers will also find:
- Alignment with United Nations Sustainable Development Goals including SDG 6, SDG 12, and SDG 13 for climate action frameworks
- Scalable solutions for simultaneous carbon dioxide fixation and resource recovery applicable across diverse industrial sectors and facility sizes
- Analysis of emerging trends and scaling challenges that shape the future trajectory of microalgae-based carbon capture technologies
- Co-cultivation techniques and advanced bioprocess optimization strategies for maximizing biomass productivity and CO2 sequestration efficiency
- Detailed economic assessments linking microalgal biorefinery outputs to circular bioeconomy value chains and commercial viability pathways
Designed for researchers in environmental engineering and biotechnology, industry professionals in power generation and wastewater treatment, sustainability consultants, policymakers implementing carbon capture strategies, and graduate students in environmental sciences and bioengineering, this volume provides the technical depth and applied insight needed to advance microalgae-based sustainability solutions.
商品描述(中文翻譯)
整合微藻系統，實現碳捕捉與循環生物經濟
在嚴謹科學基礎上，發展具可擴展性的生物解決方案，是降低工業碳排放並實現資源循環的關鍵。《Microalgae for Carbon Capture and Circular Bioeconomy》將理論與應用實務相結合，全面探討微藻系統在 CO2 固定、營養物回收及廢棄物資源化方面的應用。本書提供可實際執行的架構，協助讀者在工業與環境等不同情境中部署以微藻為基礎的製程。
內容涵蓋煙道氣利用途徑、異營與自營培養方法，以及用於最佳化碳捕捉的光生物反應器設計。本書探討碳權變現策略、廢水與微藻處理的協同效益，以及微藻系統在零排放工業系統中的整合方式。案例研究呈現微藻技術在發電廠與工業營運中的成功部署；另有專章說明支持微藻解決方案的經濟與政策架構。
讀者還將學到：
• 符合 United Nations Sustainable Development Goals，包括 SDG 6、SDG 12 與 SDG 13 所涵蓋的氣候行動架構
• 可同時實現二氧化碳固定與資源回收的可擴展解決方案，適用於不同工業部門及各種規模的設施
• 分析影響微藻碳捕捉技術未來發展方向的新興趨勢與規模化挑戰
• 用於最大化生物質生產力與 CO2 封存效率的共培養技術，以及先進生物製程最佳化策略
• 詳細的經濟評估，將微藻生物精煉產出與循環生物經濟價值鏈及商業可行性路徑相連結
本書專為環境工程與生物技術領域的研究人員、發電與廢水處理產業的專業人士、永續發展顧問、負責推動碳捕捉策略的政策制定者，以及環境科學與生物工程領域的研究生而設計，提供推動以微藻為基礎之永續解決方案所需的技術深度與應用洞見。
作者簡介
IMRAN AHMAD is a Postdoctoral Researcher at the Institute for Water and Wastewater Technology, Durban University of Technology, South Africa. He specializes in photobioreactor engineering, microalgal biotechnology, and sustainable wastewater treatment for carbon capture, nutrient recovery, and circular bioeconomy. He has authored and edited scholarly books and publications with leading international publishers while advancing scalable environmental technologies through research innovation.
IHANA AGUIAR SEVERO is a researcher specializing in microalgae biotechnology, sustainable bioprocesses, and bioenergy, with active research collaborations at Florida State University and the Federal University of Paraná. Her research focuses on sustainable microalgae cultivation, bioprocess engineering, bioenergy, and circular bioeconomy, with an extensive record of scientific publications and international collaborations.
SAMEH SAMIR ALI is Distinguished Professor at Tanta University, Egypt, and Full Professor at the Biofuels Institute, Jiangsu University, China. His research focuses on biological conversion of recalcitrant organic wastes into biofuels and integrating bioremediation with biorefinery technologies.
作者簡介(中文翻譯)
IMRAN AHMAD 是南非德班理工大學水與廢水技術研究所的博士後研究員。他專長於光生物反應器工程、微藻生物技術，以及應用於碳捕捉、營養物回收與循環生物經濟的永續廢水處理。他曾與國際知名出版社合作，撰寫及編輯學術書籍與出版品，並透過研究創新，推動具規模化潛力的環境技術發展。
IHANA AGUIAR SEVERO 是專精於微藻生物技術、永續生物製程與生質能源的研究人員，目前與 Florida State University 及 Federal University of Paraná 積極進行研究合作。她的研究聚焦於永續微藻培養、生物製程工程、生質能源與循環生物經濟，並累積了豐富的科學出版成果與國際合作經驗。
SAMEH SAMIR ALI 是埃及 Tanta University 的特聘教授，也是中國 Jiangsu University 生質燃料研究所的正教授。他的研究重點包括將難分解有機廢棄物進行生物轉換以製造生質燃料，以及整合生物復育與生物精煉技術。
