Journal of Environmental & Earth Sciences

Revitalising the Earth: Cross-International Solution Communication for Promoting Healthy Environmental Development

2026-04-13T16:29:43+08:00

With rising international environmental issues, there is a need to ensure effective communication of solutions across international boundaries to enhance sustainable development and environment sustainability. International solution communication entails the process of transmitting and localizing environmental innovations, technologies and policy-based or social, among nations and regions. This article discusses the actors, channels, and strategies that are significant to the transfer of environmental solutions with regard to identifying the obstacles that inhibit their universal adoption, and also the ethical concerns that would require consideration. Although there are viable solutions, the successful execution of these solutions is usually hampered by issues of governance mismatch, capacity gaps, political resistance, and cultural differences in different settings. This review offers an understanding of how trust, evidence-based communication, and local adaptation can improve solution transfer by the analysis of the mechanisms of delivering solutions and adopting them. Ethical issues, including data equity and environmental justice, are also addressed, and inclusive and open communication is essential. The article suggests an integrative model that connects the context, the mechanism of communication, and the outcome to provide a holistic model of maximizing cross-national solution communication. This framework will promote a situation in which environmental solutions result in measurable and sustainable enhancement of environmental health in the world by promoting collaboration and resolving barriers to communication.

From Cobalt to Kaolin: Molecular Signatures and Resource Recovery Pathways in Blue Porcelain Manufacturing Wastewater

2026-04-10T09:36:12+08:00

Manufacturing blue porcelain produces wastewater containing more cobalt, kaolin, silicates, and organic additives, which is a threat to the environment, as well as a resource recovery opportunity. This review summarizes existing information on the molecular composition of said effluents with a particular focus on cobalt speciation, mineral particle properties, and their interaction with organic ligands. Methods such as ICP-MS, XRD, SEM/TEM, and spectroscopy types offer important information concerning the behavior of metals and clays that will be used in designing targeted recovery operations. The most important methods of resource recovery, such as chemical precipitation, adsorption, electrochemical extraction, and physical separation of kaolin, are critically assessed, and emphasis is placed on integrated multi-stage technologies that maximize efficiency and the quality of a material. The environmental considerations, regulatory issues, and life-cycle are elaborated in order to put recovery strategies in the framework of sustainable manufacturing. The review highlights the possibility of integrating molecular-level knowledge and practical recovery technologies in making blue porcelain wastewater into a source of high-value products. Connecting analytical characterization, treatment procedures, and industrial application, this work offers a baseline of practices of the circular economy in the production of ceramics and lays down the direction of further research into the creation of sustainable and resource-efficient processes.

Applying the Integration Method of Logistics Management for Post-Sale Waste Recycling of Enterprise Products of Six Special Municipalities in Taiwan

2026-02-28T10:54:29+08:00

Logistics Management for Post-Sale Waste Recycling of Enterprise Products is very important in Taiwan. When recycling of waste resources of the six special municipalities cannot be managed effectively, ecological environment in supply chain will be harmed and body health of the public will be affected. Nowadays, enterprises attach great importance to ESG (Environment, Society and Governance). Hence, evaluating management situation of the six special municipalities over influence of major wastes resource recycling on ecological environment and the public's health will be helpful for regulators of Taiwan environment protection agencies to work out future strategies for the six special municipalities to manage influence of all waste resource recycling on ecological environment and health of the public. VlseKriterijumska Optimizacija I Kompromisno Resenje (VIKOR) method, and link linear regression analysis method and grey prediction model, as well as dynamic waste recycling quantity management method were adopted to predict predictive value of Taiwan’s six special municipalities’ waste recycling quantity in advance and generate predicted results of management evaluation. Good effects were achieved in predicting and pre-warning evaluation in the research by applying VIKOR method and link linear regression analysis method and grey prediction model. The predicted ranking of the six special municipalities’ waste recycling quantity management is 100% consistent with the actual values of the management ranking situation of the six special municipalities. The reason for accurately predicting and knowing the resource recycling ranking of the six cities is that the state can know the resource recycling capacity of the six cities in advance and allocate recycling personnel and equipment to them.