Waste Management and Recycling Innovations for Environmental Sustainability

Dear Colleagues,

The production of solid waste by human activity deteriorates both the condition of the environment and the health of the living organisms that inhabit it. Landfills are the most prevalent method of waste disposal worldwide. A large number of landfills remain neglected and highly polluted due to the significant costs associated with its maintenance. Despite the limited nature of natural resources, new policy tools are needed worldwide to maintain the most effective waste recycling systems. Investigating every technological process that underlies the actions of solid waste researchers and professionals is crucial in order to achieve the set objectives. Waste management needs more careful planning as a result of climate change, which has made it increasingly important to find tools that support long-term sustainable development in order to implement industrial policies for the environment. There are growing implications for both natural and built settings, especially for industrial-related activities. Thus, in many nations throughout the world, waste policy now has a stake in the sustainability of human activity.

In addition, a lack of professional health regulations exposes informal landfill workers to a variety of contaminants, infections, respiration and dermatological issues, and other major health concerns that lower life expectancy. Bringing the informal and formal sectors together could help manage waste better while solving these grave concerns regarding employment and health. Solid waste production is an inevitable byproduct of human existence. Policymakers are very concerned about the conversion of garbage into useful resources since it is a crucial step in the direction of green growth and environmentally friendly development. Waste management greatly benefits from technological innovation, so it is important to comprehend how regulations could promote innovation in this area. Although hygiene concerns were first given high priority, in today’s economically stable countries, waste management has become a major concern due to the exponential increase in trash volume and its complexity. Waste management evolved through multiple stages to achieve the high scientific level seen today, coinciding with economic development. This guarantees a comprehensive perspective, confirming that energy is valuable and that dangerous materials are considered from the point of waste management until deposit in conclusive basins. Rapid population expansion and growing industrialization have made solid waste management an increasingly pressing problem.

In future generations, waste management will need to adopt a more systems-oriented methodology that tackles the underlying causes of issues in order to manage resources and waste in a sustainable manner. The creation of better feedback data or statistics on the relationship between trash generation and consumption is a particular issue that has to be addressed.

Topics of interest include, but are not limited to, the following:

• Hazardous waste management: its extent and sustainability challenge.
• Public safety, waste management, unofficial recycling, and environmental contamination.
• Developments and obstacles facing the world’s waste management systems.
• Bio-waste recycling’s ecological effects on the manufacturing circular economy and sustainability.
• Sustainable garbage disposal and environmental product development for waste glass reprocessing.
• Reusing and recovering nutrients through sustainable innovation in wastewater treatment.
• Solid waste management in developing nations: prospects and obstacles.
• Indigenous ideas in extreme metropolitan settings: the push for inclusive recycling.
• Integrity of social enterprises engaged in recycling and waste collection.
• Solid waste regeneration and reuse in emerging economies: possibilities and challenges.
• Technology innovation and recycling measures adopted by the automotive industry.

Dr. Fidelis Ibiang Abam
Prof. Dr. Macmanus Chinenye Ndukwu
Dr. Odufuwa Olumuyiwa Yinus
Guest Editors

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• environmental sustainability
• waste management
• wastewater treatment
• solid waste management
• reusing and recovering
• bio-waste recycling