The aim of this book is to open a vision to sustainability and development through a holistic perspective comprising the critical blocks of energy, environment and economy. From renewable energy, urban infrastructure, societal health to industrial symbiosis, the book assesses critical issues to reach a green future with realistic solutions proposed by a diverse range of multidisciplinary experts. It is intended for a broad readership of academics, researchers and industry experts focusing on these fields, and with specializations in sustainability.
The book is divided into different clusters starting with an introductory foreword to express the theme of the book and the route of the titles. The first cluster of the book highlights various multidisciplinary perspectives considering the interaction between different expertise. From engineering to economy supported with social pillars, this section gives the critical points of selected topics to focus on the future with a sustainability vision. The second cluster focuses on health issues, with discussion about the impacts of the COVID-19 pandemic and the way forward. Critical points like vaccines, health care and food security are highlighted. The third cluster is comprised of titles related to the urban environment and infrastructure. New solutions and discussions on biodesign, waste management and transportation are covered in this section. The last cluster covers energy, and highlights renewable energies such as bioethanol, biogas and wind.
Inhaltsverzeichnis
1-Green engineering and the realisation of the sustainable future perspective. - 2-Economy for green future and modern approaches. - 3-Process Optimization and the Circular Economy: Bridging the sustainable connection through Industrial Symbiosis. - 4-Industry university communication and future interactions. - 5-Sustainable University-Industry Relationship in R&D. - 6-Importance of intellectual property rights for building a sustainable future. - 7-A Movement Towards Well-Being of Economics to Achieve Sustainability. - 8-Bioprocesses for sustainable bioeconomy: fermentation, benefits and constraint. - 9-A Bioeconomy model based on sustainable biorefineries to ensure the SDGs in Colombia. - 10-Sharing economy, impact of tourism sustainable development. - 11-Sustainability management and public healthcare sector: what is the role of public-private partnership? - 12-The importance of vaccines for a sustainable society and healthcare system. - 13-Microalgal proteins for sustainability: how microalgalproteins can solve the crisis in food industry? - 14-Fixing the damage: the evolution of probiotics from fermented food to biotherapeutic products for a sustainable healthy future. - 15-Matching Smart Solutions with Local Needs: a Smart City Framework for a Sustainable Future. - 16-Towards sustainable circular cities - a contribution to the transition to a circular economy and society. - 17-Citizen participation in smart cities. - 18-Implementation Of Vegetated Green Urban Infrastructure: Does It Cost Effective? - 19-Alternative biodesign approaches in architecture for tensile membranes through bacterial cellulose. - 20-Sustainability for building insulating materials. - 21-The impact of hybrid and electrical vehicles design on climate change in a second law perspective. - 22-Valorization of Wastewater in Circular Economy Perspective considering urban needs. - 23-Algae-Based Treatment of Domestic and Industrial Wastewater. - 24-Ecological solutions in hotels as an example of CSR activities in cities. Case study of hotels in Poland. - 25-Bioethanol as an alternative renewable source of energy to sustain a green future. - 26-Smart farming technologies for sustainable agriculture from food to energy. - 27-Society in energy transition and justice, Social acceptance and contribution in Wind energy projects. - 28-Cyanobacteria-based biorefineries for a greener future. - 29-Central role of microalgae in the interaction between renewable energy and bioeconomy. - 30-Bio Energy Sources for Sustainable Development Affordable and Clean Energy Goal in India. - 31-The role of biomethane in reaching net carbon zero. - 32-A life cycle energy assessment for biogas as energy carrier.
