Aspects Of Environmental Management Research Articles

Development of a Residual Biomass Supply Chain Simulation Model Using AnyLogistix: A Methodical Approach

Background: In the pursuit of sustainable energy sources, residual biomass has emerged as a promising renewable resource. However, efficiently managing residual biomass poses significant challenges, particularly in optimizing supply chain operations. Advanced modeling approaches are necessary to address these complexities. This study aims to develop a comprehensive methodological framework for creating simulation models tailored to agroforestry residual biomass supply chains. Methods: The study employs a hybrid simulation approach, integrating geographic information system mapping with a case study analysis. The simulation was conducted over a 365-day period, using the anyLogistix software (version 2.15.3.202209061204) to model various supply chain dynamics. The framework also accounts for financial, operational, customer satisfaction, and environmental metrics. Results: The simulation results showed a total expenditure of EUR 5,219,411.3, with transportation being the primary cost driver, involving 5678 trips and a peak capacity of 67.16 m3. CO2 emissions were measured at 487.7 kg/m3. The model performed as expected, highlighting the need for sustainable logistics strategies to reduce costs, lower losses, and improve productivity. Conclusions: This study presents one of the first detailed methodological frameworks for simulating agroforestry residual biomass supply chains. It provides valuable managerial insights into the financial, operational, and environmental aspects of supply chain management. The findings may stakeholders make informed decisions to enhance the sustainability of biomass utilization in energy production.

Analysis of the structure of Russian acreage within the framework of the concept of sustainable agriculture

The purpose of scientific work is a comprehensive analysis of the impact of changes in the structure of acreage and the land use system on ensuring the sustainability of the agricultural industry in Russia. The results obtained demonstrate that, despite the implementation of a number of legislative initiatives aimed at improving the efficiency and environmental orientation of agriculture, a number of unresolved problems remain in the Russian Federation that hinder the transition to a model of sustainable agricultural production. Inefficient use of land resources is a problem faced by many agricultural regions in Russia. Irrational structuring of land, unbalanced distribution of agricultural land, low efficiency of use of modern technologies and resources lead to the loss of land potential. This has a negative impact on the yield and quality of agricultural products. There may be insufficient attention to the environmental aspects of land management: conserving biodiversity, maintaining natural ecosystems, minimizing the ecological footprint of agricultural activities and applying methods that promote soil regeneration. The comprehensive improvement of land management mechanisms in the Russian Federation, taking into account the concept of sustainable agriculture, involves the development and implementation of policies aimed at stimulating sustainable agricultural practices, supporting innovative methods and technologies, as well as training and advising agricultural producers on sustainable agriculture. This approach will significantly improve land use efficiency and ensure the sustainable development of Russia's agricultural sector.

Analysis of Kuttab School Curricula Using the Cipp Framework: A Social and Environmental Management Perspective

Objective: This study aims to analyze the curricula of Kuttâb schools through the CIPP framework, focusing on the social and environmental management aspects of these educational programs. The research investigates how the "Iman Curriculum" and "Qur'an Curriculum" of Kuttâb Ibnu Abbas Surakarta diverge from mainstream Islamic education and evaluates their effectiveness from a social and environmental perspective. Theoretical Framework: The analysis is grounded in the CIPP (Context, Input, Process, Product) model by Stufflebeam, which provides a structured approach to assess educational programs. This framework is employed to evaluate the curriculum's alignment with community needs, resource utilization, teaching methods, and educational outcomes, incorporating social and environmental management considerations. Method: A qualitative evaluative design was used, involving interviews, observations, and document analysis. Data collection focused on understanding the development, implementation, and impact of the Kuttâb curricula, with particular attention to their social and environmental dimensions. Results and Discussion: The study finds that Kuttâb Ibnu Abbas’s curricula are rooted in a grassroots model, distinct from conventional international curricula. The program is effective in addressing community needs but requires better alignment with individual student needs. While teaching methods are well-implemented, there is a need for improved teacher training and assessment practices. The study also discusses how the curricula's social and environmental management aspects could be enhanced to better serve both students and the community. Research Implications: The findings provide actionable insights for improving the effectiveness of Kuttâb school curricula. Recommendations include better alignment with student needs, enhanced teacher training, and more robust assessment methods, alongside considerations for social and environmental impacts. Originality/Value: This research is novel in applying the CIPP framework to the evaluation of Kuttâb school curricula from a social and environmental management perspective. It offers valuable insights into how alternative Islamic education models can be assessed and improved, contributing to the broader field of educational management and curriculum development.

Assessing the Impact of Sustainable Independent Oil Palm Cultivation on Rural Development: A Case Study of Angkola Sangkunur Sub-District, South Tapanuli Regency

This study evaluates the impact of sustainable independent oil palm cultivation on rural development in the Angkola Sangkunur sub-district, South Tapanuli Regency, Indonesia. The research focuses on five key aspects: legal, technical cultivation, environmental management, labor, and institutional factors. Data was collected through a combination of primary and secondary sources, with primary data obtained via questionnaires distributed to a probability-based sample of 165 respondents. The analysis employed multiple linear regression to assess the influence of each aspect on regional development, with hypotheses tested using both F-tests and t-tests. The results reveal that the technical cultivation and institutional aspects exert a significant positive influence on rural development, underscoring the critical role of advanced agricultural practices and strong governance structures. While legal and environmental management aspects also have positive effects, their impact was not statistically significant, indicating that these factors may require further development or longer timeframes to manifest significant outcomes. Conversely, the labor aspect showed a negative but statistically insignificant effect, suggesting that the costs associated with implementing sustainable labor practices may pose challenges for smallholder farmers. This study concludes that enhancing technical capabilities and institutional frameworks offers the most immediate and substantial benefits for rural development in the region. However, a holistic approach that also addresses legal, environmental, and labor issues is essential for achieving long-term sustainability. The findings provide valuable insights for policymakers, stakeholders, and researchers focused on sustainable agriculture and rural development.

Driving sustainability: assessing KPI effectiveness in the Saudi chemical industry

This study explores the relationship between Key Performance Indicators (KPIs) and environmental performance improvement within the Saudi chemical industry. Against the backdrop of global sustainability imperatives and Saudi Arabia’s Vision 2030, which promotes sustainability for economic diversification, this research aims to assess the effectiveness of KPIs in driving environmental sustainability practices. The motivation for this study stems from the identified gaps in the systematic implementation and utilisation of KPIs and the lack of awareness regarding certain aspects of environmental impact management within the industry in the Kingdom. The methodology involved a structured survey administered to a diverse range of chemical manufacturing companies, followed by rigorous data analysis using descriptive evaluation, Analysis of Variance (ANOVA), reliability analysis, and t-tests. The results revealed insights into pollution areas, KPI utilisation, methods for pollution assessment, alignment with strategic goals, and governance regulations. Descriptive analysis highlighted air quality management as a priority, with notable attention to water and land pollution, while quantitative analysis confirmed the significance of KPIs in driving environmental performance improvement in the area. However, it also unveiled the absence of a systematic approach to implementing and utilising KPIs effectively, coupled with a lack of awareness regarding certain aspects of environmental impact management, consequently leading to uncertainty. Overall, this study contributes to advancing sustainability efforts within the Saudi chemical sector, providing actionable insights for industry stakeholders and policymakers.

Exploring Sustainability and Efficiency of Production Models in the Spanish Beef Cattle Industry through External Logistic Biplot

Livestock farming, especially the beef cattle sector, plays a crucial role in the economy and social and environmental balance and occupies a prominent position in Spain. The aim of this study is to highlight the positive impact of this sector in socioeconomic, food, natural heritage conservation, and environmental management aspects in order to obtain an accurate profile of the national panorama and to propose sample subgroups. For this purpose, 252 beef cattle farms in Spain were examined in detail, and the external logistic biplot (ELB) was used with a multivariate approach and from an algebraic and computational perspective. By addressing aspects such as infrastructure, feeding strategies, waste management, biodiversity, productivity, and sustainability, similarities and differences between cattle farms have been obtained, providing an analytical tool for the livestock sector and generating key knowledge on its functioning and contributions to society and the environment. The analysis revealed accuracy in the zootechnical classification of livestock farms, their feeding strategies, and genetics. Finally, significant regional differences in prevailing livestock practices were identified.

Blockchain for Waste Management in Smart Cities

Abstract: Waste management has long been a concern for societies, with its historical roots tracing back to the prehistoric era. Despite its prevalence, defining what constitutes waste remains a challenge, given its subjective nature. This paper delves into the concept of waste, exploring its historical contexts, sources, and classification. Utilizing a desktop study approach, it synthesizes information from various scholarly sources to shed light on this critical aspect of environmental management. The findings underscore the importance of clear definitions and effective management strategies to mitigate the adverse impacts of waste on public health and the environment.

A Comprehensive Study on Detection of Water Bodies using Satellite Imagery

Abstract: Satellite imagery plays a crucial role in overseeing and safeguarding natural resources, particularly water bodies like lakes, rivers, and oceans, which hold significant environmental and human value. Detecting water body pixels in satellite images is a key aspect of environmental management and planning. Recent advancements in deep learning, particularly convolutional neural networks (CNNs) and recurrent neural networks (RNNs), offer promising solutions for tasks like object detection and segmentation in image processing. This study leverages CNNs and RNNs to precisely identify water body pixels in satellite images, aiming to develop a model capable of accurately distinguishing between water and non-water pixels. Such a model holds practical significance for environmental monitoring and management efforts

Monitoring and assessment of spatial and seasonal variability in water quality at Lake of Birds (Algeria) using physicochemical parameters and bacterial quality indicators

Water quality assessment is becoming an increasingly important aspect of environmental management. Regular assessment of water quality is essential to ensure the safety of aquatic ecosystems as well as human health. This study aimed at assessing water physicochemical and microbiological proprieties of Lake of Birds (northeastern Algeria). Water samples were monitored monthly (December 2021–November 2022) from three different sites. Quantification of bacterial groups (total heterotrophic bacteria, total coliforms, faecal coliforms, and faecal Streptococci) was coupled with physicochemical characterization of the water (temperature, pH, turbidity, dissolved oxygen (DO), electrical conductivity, total suspended solids, nitrates, nitrites, ammonium, phosphates, biological oxygen demand (BOD5), calcium, magnesium, chloride, potassium, sulfates and hardness). The results of this study were compared with Algerian standards and World Health Organization guidelines. The results show that the water in Lake of Birds has an alkaline pH (9.24), poor oxygenation (DO = 0.55 mg/L), turbidity > 5 NTU, BOD5 > 5 mg/L, potassium > 20 mg/L, and with a very high levels of eutrophic substances (NO2–, NH4+ and PO43–). Moreover, the results of the bacteriological analysis indicated the existence of faecal contamination that exceeds the standards, with health risks for humans. Further studies are needed including emerging contaminants and other factors that may impact aquatic ecosystems and to determine how best to maintain their cleanliness and sustainability.

Assessment of the Quality of Tap Water Intended for Potability Using the IQE Water Quality Index Case of the Municipality of Sendjas (Algeria)

Water quality is an important criterion for meeting water demand and supply. Ensuring freshwater quality that meets human and ecological needs is therefore an important aspect of integrated environmental management and sustainable development. The objective of this study is to monitor and evaluate the quality of the water distributed to the municipality of Sendjas from the Sidi Yakoub dam to the consumer using the index of water quality which includes 10 parameters. (PH, TDS, nitrate, sulphate, bicarbonate, chloride, calcium, potassium, sodium and magnesium). Physico-chemical analyses were carried out on samples taken from the Sidi Yakoub dam, a reservoir which distributes water to the municipality of Sendjas called reservoir 500, and a sample from the house of one consumer directly from the tap. The results of the analyses obtained during our work show that there is a slight difference in the latter, but the quality of the physico-chemical water remains good and consumable at the level of two stations (Sidi Yakoub Dam, Reservoir 500) and Bad quality of the station which represents the municipality of Sendjas, the latter is due to the high content of chloride and the degradation of distribution networks.

Development of Community-Level Capacity of Resilience to Natural Hazards for Environmental- and Social-Justice-Challenged Communities: 1. Approach, Concepts, and Assessment of Existing Information.

Impoverished and under-served communities are often exposed to the worst environmental and climate hazards. Identifying these communities and building their resilience capacity to withstand such hazards is a vital justice aspect of environmental management. Building community resilience requires five activities: (1) examination of existing information, (2) community engagement and assessment of local knowledge, (3) development of reasonable strategies to build resilience, (4) implementation and these strategies, and (5) monitoring and transability of the process. This manuscript examines the first component of this process. The attributes of multiple parishes in Louisiana are examined using available data and existing models of human well-being, community resilience, and environmental/climate/socioeconomic justice. These existing models and tools were used to determine parish-level resilience to natural hazards including flooding, hurricanes, and other potential natural climatic hazards in central Louisiana (U.S.). Through consultation with state officials and local community groups, candidate environmental justice (EJ) and social justice (SJ) communities were selected to develop resilience capacity enhancement plans to address potential adverse parish and community outcomes of natural hazard events. Of the available parishes, St. Helena Parish was selected as an entity that would significantly benefit from resilience capacity building. The remaining two activities, community engagement and strategy development, will be examined in sister manuscripts. Continuing studies, to be described elsewhere, will describe community engagement and the determination of strategies, implementation plans, and the monitoring of the success of these strategic implementations.

Mega-infrastructure development, tourism sustainability and quality of life assessment at world heritage sites: catering to COVID-19 challenges

PurposeMega-infrastructure development plans pave the way for policies to upgrade the infrastructure, environmental management and different aspects of locals’ well-being. These developmental dynamics can positively affect rural tourism including heritage sites destinations. The quality of life of local people can be linked to this positive developmental change through long-term and sustainable economic revitalization projects. In terms of this process, developing large-scale infrastructure and incorporating tourism sustainability can improve the quality of life-related to different dimensions that are critical to the community's well-being. Therefore, researchers have attempted to address this issue.Design/methodology/approachData were collected between September and October 2020. The study sample size was the residents of Zhabagly village, including Zhabagaly, Abaiyl and 115 Railway settlements. Moreover, the residents were older than 18 years. A systematic random sampling technique was utilised to reach the targeted sample size and the researchers received 243 responses from the locals. Structural equation modelling (SEM) was used for analysis.FindingsThe findings from the structural equation modelling suggest that sustainable tourism increases due to the positive effect of mega-infrastructure development and positively impacts the locals' quality of life. Notably, no direct effect of mega-infrastructure development on quality of life reveals the pivotal role of sustainable tourism. Therefore, during the COVID-19 period, the dimensions of sustainable tourism – economic, market, socio-cultural and environmental – played a role in securing the positive impact of mega-infrastructure development on the locals’ quality of life.Research limitations/implicationsThis research highlighted the fact that when infrastructure projects are implemented to their full potential, they will generate sustainable tourism activities, provide eco-adventure activities, relax, treat signatories and boost the economy of all stakeholders. The study used AMOS to test the hypotheses. Qualitative research methods, including interviews with citizens, government officials and tourism managers, require further study.Practical implicationsThe infrastructural development on a mega-scale means building an upscaling tourism ecosystem. This ecosystem is marked by the availability of drinking water, waste and energy management facilities that support the elevation of living material, community, health, safety and emotional well-being. It reflects the policy-level implications for future Belt and Road initiatives (BRIs). The tourism industry's resilience during COVID-19 has practical lessons for other industries.Originality/valueLarge-scale infrastructure construction must create favourable conditions for the rapid development of tourism. The availability of clean water, waste and energy management facilities contributes to the food production, social cohesion, physical and mental health and general well-being of the ecosystem. This is one of the few studies that used sustainable tourism as a mediator between the impact of large infrastructure projects and their impact on the quality of life of locals during the COVID-19 pandemic. Aksu-Zhabagly, a World Heritage Site in Kazakhstan, was the site of this field study.

Управління ризиками інвестиційної діяльності в умовах цифрової трансформації

The aim of the article is to study the impact of digital transformation on risk management of investment activities, as well as to identify recommendations for creating a favorable environment for investment and reducing risks under current conditions. The article analyzes the main aspects of the impact of digital transformation and digitalization on investment activity. The main advantages and challenges of the digitalization process in investment activity are identified. It is substantiated that digitalization in investment activity creates new opportunities and improves the efficiency of processes, which contributes to increasing the profitability and success of investments. It is determined that the future of risk management depends on the ability of companies to adapt to a rapidly changing environment, integrate novel technologies and methods into their activities and continuously improve their risk management strategies. It is noted that in order to overcome the existing obstacles and challenges, risk management must constantly adapt and improve. It is substantiated that one of the key aspects of this continuous development should be the use of advanced technologies and analytical tools. Based on the identified trends, problems and risks of investing in the context of digitalization, recommendations and measures are proposed. The overall goal of the proposed recommendations is to create a favorable environment for investing in digital technologies, reducing risks and stimulating the development of innovative solutions, which will contribute to sustainable economic growth in the context of digital transformation. Emphasis is placed on that it is also important to take into account the socio-cultural and environmental aspects of risk management, in addition to technological innovations. It is noted that understanding and taking into account all the considered aspects and factors allows companies to more fully analyze and manage risks, reducing the likelihood of negative consequences and increasing resistance to external influences.

MANAGEMENT OF SUSTAINABLE DEVELOPMENT AND ENVIRONMENTAL PROTECTION

Unifying the concept of social, economic and ecological development, the new development paradigm was established under the name of sustainable development. Sustainable development should harmonize sensible consumption of natural resources with their protection and ensure a more equitable division of wealth and equal economic development at the global level. Within such a context, science and environmental education constitute the precondition for our joint future. As regards the contents, this paper provides a precise and comprehensive overview of theoretical features of environmental pollution and sustainable development, as well as the most important aspects of environmental and natural resource management. For effective control of environmental pollution to be possible, it is necessary to consider the ethical foundations of environmental economics in particular, and special attention is paid to in the paper. A significant part of this work is devoted to criticism of uncontrolled economic growth and the inefficiency of the state in controlling environmental pollution. Knowledge management for the purpose of sustainable development and development of international regulations on the environment are also included.

Preface

The Geomatics International Conference (GeoICON) is an annual scientific meeting organized by Department of Geomatics Engineering, Institut Teknologi Sepuluh Nopember Surabaya, Indonesia, since 2016. The conference carried out a theme, “Geospatial Technology for Mapping the Future: Integrated Mapping for Sustainable Development”. This theme is chosen because we believe that harnessing geospatial technology for comprehensive mapping is instrumental in supporting sustainable development across diverse sectors. Geospatial technology provides a powerful means to collect, analyze, and visualize critical spatial data, enabling informed decision-making for environmental conservation, urban planning, disaster management, resource allocation, and many other aspects crucial to sustainable development. By exploring innovative applications and interdisciplinary approaches within geospatial technology, this conference aims to foster collaboration and knowledge exchange, ultimately contributing to a more sustainable and resilient future.The 8th Geomatics International Conference (GeoICON) 2023 presents a diverse and comprehensive agenda with eight focal topics, each addressing crucial aspects of geospatial technology and its applications. These topics such as: (A) Geodesy and Geodynamics; (B) Geology and Geophysics; (C) Spatial Data Infrastructure; (D) Geography and Urban Environment; (E) Agriculture and Forestry; (F) Mining and Energy; (G) Cadastral Mapping; and (H) Marine Environment. The 8th GeoICON 2023 has the rich and multifaceted backgrounds of our esteemed speakers, drawn from various sectors, including government agencies, industries, and esteemed academics. This convergence of expertise ensures a dynamic exchange of knowledge, perspectives, and innovations, fostering a vibrant platform for the exploration and advancement of geospatial technology across diverse domains.List of Keynote Speakers, The 8th GeoICON 2023 Committee are available in this Pdf.

Waste LCA and the future

Life cycle assessment (LCA) models quantifying the environmental aspects of waste management have become an integral part of waste management decision-making over the last two decades and have provided ample knowledge on both environmental benefits and drawbacks in the way we handle waste. Waste management and LCA modelling of waste management systems will soon be challenged by profound changes necessary in our societies and sectors to meet sustainable development goals. Foreseen changes in energy, material, and nutrient provision will directly and indirectly affect waste management in terms of its operation and goals. This study reflects on anticipated changes in society and industrial sectors and how these changes may affect waste management and LCA modelling of waste management systems in terms of waste input, the modelling of technologies and systems and exchanges of energy, materials, and nutrients, as well as how it may affect impact assessment and the interpretation of results. The study provides practical recommendations for LCA modelling of future waste management systems, which will hopefully lead to robust assessments that can support decision-making in an evolving society subject to great changes.

Identifying global parameters for advancing Land Administration Systems

Sustainable and efficient land management is crucial for preserving our natural resources. Social, environmental, and economic management aspects of a country are all dependent on the Land Administration Systems (LASs). It is also crucial for any country or jurisdiction to have a LAS in order to manage the ownership, their people’s relationship to land, and disasters, improve resilience, support, and achieve Sustainable Development Goals (SDGs). A successful implementation, however, depends on designing appropriate systems by considering a number of important parameters. Our societies today face many sustainability challenges such as population growth, disaster occurrences, and scarcity of land resources. By considering global initiatives for sustainability and community resilience, current LASs should be assessed to make sure they are efficient in addressing sustainability challenges. Therefore, their design framework and components require ongoing adjustments. In this context, the need for advancing LASs design has become increasingly evident since international institutions and land administration agencies have been pursuing research and development to improve LASs. These authorities have proposed several related frameworks and models, including SDGs, the New Urban Agenda (NUA), the Framework for Effective Land Administration (FELA), and the Land Governance Assessment Framework (LGAF). In addition, there are several investigations proposing frameworks for the evaluation of LASs. Therefore, this study aims to do a comprehensive investigation of relevant global initiatives and research-driven evaluation frameworks that lay the foundation for advancing parameters in LASs. By implementing the Document Analysis method, this study proposes the required parameters and their indicators that are critically important for advancing LASs.

Perancangan Implementasi Green Budgeting Pada PT. ABC Menuju Green Company

Sustainable development is increasingly being developed in this century and to support this green economy approach has been developed. Companies that are aware of this starting to contribute and add environmental management aspects to the strategy roadmap and to accommodate this program budget allocation is required for its implementation. Responding to this, green budgeting methods are now being applied to many institutions. Green budgeting is a budgeting paradigm that prioritizes elements of environmental in the processes of preparation, implementation, monitoring and evaluation. Green budgeting allows organizations to use budgets as a tool to support the achievement of environmental goals. The theory and concepts used is green budgeting based on OECD. This study aims to provide the framework that related to apply the green budgeting concept that is fit with the conditions of the company. This research uses qualitative methods based on case study analysis of manufacturing company. The data used obtained from interviews and documentation that related to the company's budgeting process and green company roadmap. The results show in making the framework design, PT. ABC already has strategic goals related to environmental management which is directed from shareholders and long-term corporate plan. To implement this concept, the company has policy that related such as Blueprint green company document and to report the progress, company has media such as management reports and sustainability reports to inform realization of the program. Then, if this concept is applied, tagging mechanism related with environmental management is needed in preparing the company's annual budget.

The impact of artisanal gold mining on the sustainability of Ghana's river basins: The case of the Pra basin

The study examined the critical factors influencing the sustainability of the Pra river basin in Ghana, with a focus on water pollution incidents caused by illegal mining (galamsey) activities. The study followed a quantitative research approach using data collected from 156 respondents in the Amansie Central district of Ghana. Generally, Strengths-Weaknesses-Opportunities-Threats (SWOT), Analytical Hierarchy Process (AHP) as a multi-criteria technique in two stages of discrete and continuous sustainability analysis and descriptive statistics were the methods of analysis. The study revealed that licensing procedures that do not address environmental impacts, government ban on illegal mining (galamsey) activities as well as poor capacity and financial constraints greatly influence the sustainability of the Pra river basin. Also, self-cleansing capacity of the river basin as well as protection of the ecological status of water in the basin were respondents’ lowest priority. The results revealed that all criteria are currently within a sustainable range with a maximum score indicating a weak sustainability level of the basin due to the pollution incidents. Building on this empirical understanding calls for defensive strategies to be employed. The study therefore recommends amongst other things that revisiting the ban on illegal mining (galamsey) activities, and at this time, within the buffer zones of the basin area is critical for implementation. This, however, calls for a strong collaboration between government, civil society organizations and local communities towards addressing the environmental, economic and human aspects of water security, sustainability and management for the basin.

A Novel Chaotic Optimization‐Oriented Model for Bridge Maintenance and Rehabilitation Planning

AbstractThe rise in percentage of deteriorated bridges coupled with the escalation of maintenance costs call for systematic bridge management systems. Therefore, this research paper introduces an exponential chaotic differential evolution (ECDE) model for optimizing bridge maintenance plans at both project and network levels. The developed optimization model is envisioned on addressing the performance, economic, social, and environmental aspects of bridge maintenance management. In addition, it exploits the use of chaotic sequences to circumvent the critical shortcomings of local minima entrapment and premature convergence encountered by classical optimization metaheuristics. The validity of the developed model is experimented using a comparative analysis of a wide set bridge elements and over a varying multi‐year maintenance plan. Comparison results reveal that ECDE‐based Sinusoidal algorithm improve the performance diagnostics of classical meta‐heuristics by values ranging from 49.2% to 73.1% over the multi‐year maintenance plans. It can be argued that the developed model could benefit transportation agencies in formulating flexible, sustainable, and cost‐effective maintenance strategies in addition to preserving the structural condition of designated bridges in the network.