This special collection on AI-Integrated Biomolecule Design, Bioprocess Development and Digital Biomanufacturing seeks to advance understanding of how artificial intelligence can transform biotechnology by enhancing efficiency, adaptability, and sustainability in bioprocessing. The collection focuses on the integration of AI into molecule/process design, optimization, monitoring, and automation, with the goal of reducing costs, improving yields, and enabling real-time control of biomanufacturing systems.

We encourage researchers to contribute to this special collection with Original Research and Review Articles that highlight innovative applications or theoretical advancements in AI-integrated bioprocessing.

Topics of interest include but are not limited to:

- AI-aided Biocatalyst Design and Directed Evolution

- Machine Learning in Fermentation Optimization

- Real-Time Data Analytics in Biomanufacturing

- AI-Driven Process Automation

- Predictive Modelling for Bioprocess Control

- Sustainable Practices in Digital Biomanufacturing

- Bioinformatics and AI in Synthetic Biology

- Application of AI in Down-stream Processes

- Collaborative Platforms for Bioprocess Innovation

This collection focuses on the development and application of biochar, biobased adsorbents, and related materials for environmental remediation. It welcomes contributions that advance fundamental understanding and practical innovations in:

• Production and modification of biochar and biobased adsorbents, including activation and functionalization strategies.

• Adsorption mechanisms and performance for removing contaminants from water, soil, and industrial effluents.

• Pollutant-specific applications, such as heavy metals, dyes, pharmaceuticals, and emerging contaminants.

• Integrated treatment systems combining biochar with biological, chemical, or physical processes.

• Sustainability and scalability, including regeneration, lifecycle assessment, and cost-effectiveness of biobased materials.

• Environmental biotechnology approaches that link biochar and adsorbents to broader ecological and climate goals.

The scope emphasizes environmentally friendly, innovative, and interdisciplinary research that contributes to global challenges in clean water, pollution control, and sustainable resource management.