Addressing global environmental pollution using environmental control techniques: a focus on environmental policy and preventive environmental management

Abstract

Global environmental pollution presents formidable obstacles to the long-term viability of the planet. This study synthesized current relevant literature with statistical snapshots from pollution statistics and reports and presented feasible recommendations to address the ramifications of global environmental pollution. A central focus is laid on the importance of preventive environmental management (PEM) and the strategic enforcement of environmental policies (EP), with a detailed exploration of history evolution and current application challenges. Specifically, the study centers on the significance of environmental policy and preventive environmental management in combatting global pollution. The examination encompasses an overview of environmental pollution and its implications for the environment and human health. It explores the role of environmental policy in mitigating environmental pollution, scrutinizes the principles underlying preventive environmental management, and evaluates the effectiveness of environmental management systems in curbing pollution. Furthermore, the study identifies and analyzes the challenges of implementing environmental control techniques, offering recommendations to overcome these obstacles. The outcomes of this research contribute to a more comprehensive understanding of the potential of environmental control methods in tackling global environmental pollution. The study underscores the crucial nature of robust environmental policies and proactive approaches to prevent pollution and foster sustainable development. Additionally, it offers insights into the necessity for collaboration and cooperation among stakeholders at various levels to attain effective pollution control and environmental management.

Numerical Analysis of the Porous Structure of Activated Carbons Derived from Synthetic Polymers

“…The mentioned material also has a significant degree of heterogeneity on its surface, as indicated in turn by the h parameter (h = 5). The value of the V hA parameter obtained for PET:PAN-1:1 activated carbon indicates the average volume of the first layer adsorbed on the surface of this material (V hA = 0.618 cm 3 ). The values of α and β obtained (α = 0.72 and β = 1.00) and the energy parameters indicate preferential conditions for the formation of non-branching clusters of adsorbate molecules in the pores of PET:PAN-1:1 sample and that the multilayer adsorption process take place (Q A /RT = −11.18 and B C = 7.74).…”

“…Consistent protection of inland waters, soil and air is an indispensable premise for sustainable economic development in the long run [2]. Therefore, many international initiatives have led to the strengthening of efforts and research to protect the natural environment and reduce emissions of pollutants into the environment [3]. Such ecological and energy problems, including the need to reduce the emission of harmful substances to the environment, have increased interest in new solutions for environmental protection [4,5].…”

Black Sea Eutrophication Comparative Analysis of Intensity between Coastal and Offshore Waters

“…But the opportunities, like the long-term benefits of improved water quality, ecosystem health, and economic opportunities, provide strong incentives. Advancements in technology and international support can enhance the feasibility of managing eutrophication effectively [129]. Thus, while there are considerable challenges to implementing measures to manage eutrophication in the Romanian Black Sea, the combination of targeted interventions, stakeholder engagement, robust policies, and technological innovations makes it a feasible goal with long-term environmental and economic benefits.…”