Sustainability Considerations Research Articles

Sustainability and sustainable development values in creative practices among design undergraduates of Russia and Malaysia

Purpose The aim of this study is to gauge the consideration toward sustainability and sustainable development in the creative process or activities in design practices among the design undergraduates of University A, Russia, and University B, Malaysia. The beliefs, attitudes and intentions toward all the dimensions of sustainability – environmental, social and economic – were assessed and compared between both institutions. Design/methodology/approach A questionnaire was administrated to 127 design undergraduates from University A, Russia, and 135 design undergraduates from University B, Malaysia, to assess their beliefs, attitudes and intentions toward sustainability and sustainability development in their creative practices. Findings The outputs of this investigation suggested that the courses related to education for sustainable development that preached in design programs at University A, Russia, have developed appropriate beliefs, attitudes and intentions toward sustainability and sustainable development in creative process or activities among the learners on environmental and social sustainability issues. The subject on sustainable development offered in design programs at University B, Malaysia, has mold positive beliefs, attitudes and intentions on the environmental sustainability issues in creative practices among the design undergraduates. The outcomes of this study shed some light on the effectiveness of the courses related to education for sustainable development of both institutions in building the appropriate mindset in the creative process during design activities. Originality/value This study on the consideration of sustainability and sustainable development in creative practices is novel and the outputs of this study can carve the path for an effective education for sustainable development courses in the design programs, specifically in the context of building the appropriate beliefs, attitudes and intentions toward sustainability and sustainable development in creative practices among the future designers.

Revolutionizing Agriculture with Nanotechnology: Advances, Applications, and Sustainability Considerations

The integration of nanotechnology into agriculture has garnered significant interest due to its potential to revolutionize agricultural practices. This paper explores the application of nanotechnology in crop protection, nutrient delivery, soil management, and environmental sustainability. Nanopesticides and nanofertilizers represent notable advancements, offering enhanced efficacy, reduced environmental impact, and improved targeted delivery of active ingredients. Nanomaterials such as nanoparticles and nanocapsules encapsulate nutrients and agrochemicals, ensuring gradual release and optimized plant uptake. Nanosensors, based on materials like carbon nanotubes and quantum dots, enable real-time monitoring of soil health, crop growth, and environmental conditions, facilitating precision agriculture. Nanomaterials also play a role in soil remediation and pollution control by degrading pollutants and enhancing soil fertility. Additionally, nanobiotechnology offers eco-friendly solutions for pest and disease management through nanoscale delivery systems for biocontrol agents and plant vaccines. Despite the transformative potential of nanotechnology in agriculture, considerations of safety, regulatory oversight, and ethical implications are essential. Interdisciplinary collaboration and stakeholder engagement will be crucial to harness the full benefits of nanotechnology for sustainable agriculture.

A large-scale demonstration and sustainability evaluation of ductile-porous vascular networks for self-healing concrete

Self-healing cementitious materials show potential to reduce material consumption, maintenance costs, and environmental impacts within the construction sector. This study explores the feasibility of installing a ductile-porous vascular network in a series of retaining walls under realistic construction conditions, with the objective of both assessing the efficacy of the self-healing system and addressing any constructability issues that may arise. Numerical modelling was performed first to determine a suitable mix design and wall configuration that would promote cracking, so cracks would appear without mechanical intervention. The predicted crack distribution informed the optimal network configuration. Healing and sustainability considerations are discussed, and the benefits of implementing this technology are evaluated. When comparing a single maintenance activity using a vascular network versus manual repair, there is no significant benefit of using a vascular network. However, environmental impacts are substantially reduced when using a vascular network once multiple repair actions are considered.

Probabilistic Techno-Economic Assessment of Medium-Scale Photoelectrochemical Fuel Generation Plants.

Photoelectrochemical (PEC) systems are promising approaches for sustainable fuel processing. PEC devices, like conventional photovoltaic-electrolyzer (PV-EC) systems, utilize solar energy for splitting water into hydrogen and oxygen. Contrary to PV-EC systems, PEC devices integrate the photoabsorber, the ionic membrane, and the catalysts into a single reactor. This integration of elements potentially makes PEC systems simpler in design, increases efficiency, offers a cost advantage, and allows for implementation with higher flexibility in use. We present a detailed techno-economic evaluation of PEC systems with three different device designs. We combine a system-level techno-economic analysis based on physical performance models (including degradation) with stochastic methods for uncertainty assessments, also considering the use of PV and EC learning curves for future cost scenarios. For hydrogen, we assess different PEC device design options (utilizing liquid or water vapor as reactant) and compare them to conventional PV-EC systems (anion or cation exchange). We show that in the current scenario, PEC systems (with a levelized cost of hydrogen of 6.32 $/kgH2 ) located in southern Spain are not yet competitive, operating at 64% higher costs than the PV-driven anion exchange EC systems. Our analysis indicates that PEC plants' material and size are the most significant factors affecting hydrogen costs. PEC designs operating with water vapor are the most economical designs, with the potential to cost about 10% less than PV-EC systems and to reach a 2 $/kgH2 target by 2040. If a sunlight concentrator is incorporated, the PEC-produced hydrogen cost is significantly lower (3.59 $/kgH2 in the current scenario). Versions of the concentrated PEC system that incorporate reversible operation and CO2 reduction indicate a levelized cost of storage of 0.2803 $/kWh for the former and a levelized cost of CO of 0.546 $/kgCO for the latter. These findings demonstrate the competitiveness and viability of (concentrated) PEC systems and their versatile use cases. Our study shows the potential of PEC devices and systems for hydrogen production (current and future potential), storage applications, and CO production, thereby highlighting the importance of sustainable and cost-effective design considerations for future advancements in technology development in this field.

Reflections on the Consideration of Greenhouse Gas Emissions in Environmental Impact Assessment

Abstract Environmental impact assessment (EIA) involves assessing the implications of proposed activities on the environment to inform decisions about whether those actions should proceed and under what conditions. Efforts are being made to incorporate climate change considerations into EIA internationally, but the assessment of greenhouse gas (GHG) emissions poses particular challenges. This article compares the incorporation of GHG emissions into EIA in two jurisdictions: Canada (under the Impact Assessment Act 2019) and Western Australia (under the Environmental Protection Act 1986). Four questions are considered, relating to screening and scoping; information requirements; decision-making and condition setting; and post-approval activities. Key differences between the two jurisdictions were found in relation to screening and scoping (Western Australia applies an emissions threshold while Canada utilizes a project list coupled with tailored guidelines); decision-making (Western Australia generally considers a straight line trajectory to net zero by 2050 as acceptable whereas Canada considers emissions in the context of international commitments and against other sustainability considerations); and post-approval activities (a strength of the Western Australian system is mechanisms enabling review and tightening of GHG conditions over time). It will be important to continue to review the effectiveness of EIA as a tool for climate mitigation as practice evolves.

Strategic responses to uncertainty shocks and consequences: a study of sustainability-oriented exporters in an emerging country

PurposeThe COVID-19 pandemic has brought unprecedented challenges to businesses worldwide, compelling them to swiftly adapt their strategies to the evolving landscape. This study explores the relationships between uncertainty shocks (i.e. COVID-19), strategic responses, and performance outcomes, with a specific focus on general and green strategic responses.Design/methodology/approachDrawing from a sample of sustainability-oriented exporters in different industries, we examine the impact of these responses on market, financial, and operation performance by gathering data from 212 managers in Vietnam – an emerging country, and then applying PLS-SEM for analysis.FindingsOur findings reveal that sustainability-oriented exporters have exhibited adaptability by adopting general and green strategic responses in the face of the pandemic’s disruptions. Green strategic responses positively influence market, financial, and operational performance, underscoring the strategic significance of integrating sustainability considerations. However, while general strategic responses show alignment with uncertainty risks, they just impact operational performance, but do not significantly influence market and financial outcomes.Research limitations/implicationsFuture research should consider diversifying the sample to encompass a wider range of firm types and geographical locations to enhance the external validity of the results. In addition, the study does not extensively explore the mechanisms that mediate or moderate the relationships between uncertainty shocks, strategic responses, and performance outcomes.Practical implicationsThe study’s implications guide practitioners toward agile responses that balance adaptability, sustainability, and performance. This study provides timely insights for sustainability-oriented firms, managers, policymakers, and researchers aiming to navigate disruptions effectively and sustainably.Originality/valueThese findings contribute to the fields of strategic management and sustainability by emphasizing the complexities of strategic responses during uncertainty shocks, and disruptions and the pivotal role of sustainability-driven strategies in enhancing performance.

From Intel & Qualcomm to the new Art. 102 TFEU-Guidelines – Streamlining the Form- & Effects Based Approach

Abstract Rapid digital innovation has promoted a broad range of welfare aspects and created a myriad of new business models. While these benefits are uncontentious, the special characteristics of digital markets, such as strong network effects, have led to a substantial concentration of power among a few corporate actors. The increasing complexity of these market dynamics has rendered antitrust enforcement more challenging, particularly with regard to assessing the abuse of market dominance (Art. 102 TFEU). Particularly the European Commission has been confronted with criticism relating to its previously propagated “more economic approach”, which has led to a lack of timely and effective antitrust enforcement. While there is a consensus that a new approach to ascertaining the abuse of dominance is pertinent – which the Commission endorses – the underlying assessment parameters are still contentious. This article argues for a standard of dominance to notably reflect the digital transformation and include a comprehensive framework. While the predominant intervention aim must be based on sufficient innovation, a notion of economic fairness and sustainability considerations gain momentum in antitrust enforcement.

Ibuprofen Formulations: Permeability and Biodegradability Comparison Depending on the Type of Formulation

This study assesses ibuprofen’s permeability to different formulations and their biodegradation. Hydrogel, organogel, Eucerin ointment, silicone ointment, and zinc ointment were investigated. The objective was to comprehensively evaluate the therapeutic efficacy and environmental implications of these formulations. Diverse formulations were examined through the utilisation of Franz diffusion chambers to evaluate the in vitro permeability of both ibuprofen and ibuprofenate sodium. Moreover, biodegradation studies of the obtained formulations were carried out with activated sludge. The activity of the inoculum was confirmed by using SDS as a reference compound. The experimental settings used (carbon content and inoculum volume) were selected based on the criteria set by the OECD guidelines. Relevant parameters pertaining to the biodegradation process were estimated, including biodegradation values (%B) at specific time points, half-lives of initial compounds and API-containing formulations, and degradation phases (lag phase I; degradation phase II, and plate phase III). For comparison purposes, biodegradation studies were also carried out for the initial IBU and IBUNa compounds under the same conditions. The environmental implications of these findings underscore the need for a balanced consideration of therapeutic efficacy and environmental sustainability in pharmaceutical formulation design. This study provides valuable insights for pharmaceutical researchers, environmental scientists, and regulatory bodies involved in the development and assessment of drug formulations. The proposed method of removing NSAIDs from aquatic ecosystems is a cheaper alternative to techniques such as reverse osmosis, oxidation, UV degradation, or photolysis, which have not found practical use owing to the generation of toxic sludge or high capital and operating costs.

Greenhouse gas emissions of environmentally sustainable diets: Insights from the Icelandic National Dietary Survey 2019–2021

BackgroundHealth authorities are increasingly integrating environmental sustainability considerations into food-based dietary guidelines. However, concerns persist about the accuracy of the data used to assess environmental impacts, as well as the extent to which these guidelines are followed in practice. AimTo compare dietary greenhouse gas (GHG) emissions estimates using different top-down and bottom-up life cycle assessment (LCA) databases; and to estimate GHG emissions of food consumption within the ranges set for meat and dairy in recently proposed environmentally sustainable diets. MethodsDietary GHG emissions were estimated for participants in the 2019–2021 Icelandic National Dietary Survey (n = 822) using three publicly available LCA databases from Denmark, the US, and France. GHG emissions among participants whose consumption was aligned with the EAT-Lancet diet, the 2021 Danish food-based dietary guidelines and the 2023 Nordic Nutrition Recommendations were also quantified. ResultsThe mean dietary GHG emissions among participants were 6.3, 6.1, and 6.1 kg CO2-eq/day based on the Danish (top-down), US (bottom-up), and French (bottom-up) databases, respectively. The relative ranking of foods was also consistent across all three databases. For example, the relative contribution of total CO2-eq (% range for the three databases) was highest for red meat (39–51%), followed by dairy (10–17%) and beverages (9–13%). The contribution from plant-based foods (6–10%), seafood (4–11%), and poultry/eggs (<5%) was modest. The dietary habits of most participants (86%) were outside the ranges for meat and dairy consumption as set by the three sustainable diets. However, participants reporting consumption within the ranges for meat and dairy had mean GHG emissions ranging between 4.2 and 4.7 kg CO2-eq/day, depending on the diet. In comparison, the mean for participants not adhering to the sustainable diets was 7.7 kg CO2-eq/day. These results are higher than those reported in other Nordic and European studies, likely due to high consumption of lamb, beef, and dairy, and low consumption of plant-based food. ConclusionAll three LCA databases provided similar estimates for total dietary GHG emissions and relative ranking of different food groups. Based on current dietary habits in Iceland, adherence to environmentally sustainable diets would lead to a substantial reduction in dietary GHG emissions.

OurSCARA: Awareness-Based Recommendation Services for Sustainable Tourism

Sustainable tourism has emerged as a critical concern in contemporary society due to its potential to mitigate negative environmental and socio-cultural impacts associated with traditional tourism practices. In this context, recommendation systems (RS) are crucial in shaping travelers’ choices toward sustainable options. This research article proposes an innovative approach to RS tailored for sustainable tourism, termed Sustainability and Cultural Awareness-based Recommendation Algorithm (OurSCARA). OurSCARA integrates awareness of environmental and socio-cultural factors (sustainability attributes) into the recommendation process to facilitate informed decision-making by travelers. The system leverages data analytics techniques, including sentiment analysis, user profiling, and collaborative filtering (CF), to personalize recommendations based on users’ preferences, sustainability preferences, and contextual factors. Furthermore, OurSCARA incorporates real-time data sources such as weather conditions, local events, and community initiatives to enhance the relevance and timeliness of recommendations. A prototype implementation of OurSCARA is presented, along with a comprehensive evaluation framework to assess its effectiveness in promoting sustainable tourism behaviors. Through empirical evaluation using datasets collected from TripAdivsor, we demonstrate the potential of OurSCARA to influence traveler behavior towards more sustainable choices while enhancing their overall tourism experience. The findings underscore the significance of integrating sustainability considerations into RS and pave the way for future research and development in this emerging area at the intersection of computer science and sustainable tourism.

Efficient Electrochemical Hydrogenation of Furfural to Furfuryl Alcohol Using an Anion-Exchange Membrane Electrolysis Cell.

The electrochemical hydrogenation (ECH) of furfural (FF) offers a promising pathway for the production of furfuryl alcohol (FA) while aligning with sustainability and environmental considerations. However, this technology has primarily been studied in half-cell configurations operating at high cell voltages and low current densities. Herein, we employ a membrane electrode assembly (MEA) system with an anion-exchange membrane for the ECH of FF and systematically investigate various parameters, including the ionomer content in the cathode catalyst, electrolyte type, electrolyte concentration, and flow rate. Under optimal conditions, our MEA system with non-noble metal-based catalysts exhibits a current density of 30 mA cm-2 with a Faradaic efficiency for FA production of 66% at a cell voltage of 2 V, maintaining operational durability for 5 h. This study highlights the potential of electrochemical FA production for practical applications to realize the decarbonization of the hydrogenation industry.

Analysing the Impact of Simulation-Based Design Processes on Structural Performance Optimization: A Research Inquiry

With the recent advancement of several technologies and software, the simulation-based design processes for optimizing the structural strength of various erections have become very effortless. This software is an advanced version of the human mind possessed to have solutions for complex problems in real-time. However, this software lacks the creativity, broader understanding, and intuition that characterize the human mind. This paper is a research study on some computer-aided software and their efficiency in finding the structural strength of complex residential buildings. This software reduces the need for time-consuming and costly physical testing. This paper also gives compiled information about issues of simulation software, trends in optimization studies, and the effectiveness of these tools. Factors such as model simplification, material property calibration, and validation against real-world performance data are critically processed to ensure the reliability and applicability of the proposed design solutions. In addition to these, this paper is composed of a holistic approach to structural optimization with a Building Information Modelling platform within the context of the entire building lifecycle. Emphasizing sustainability and environmental considerations, the study examines how simulation-based design processes can contribute to reducing energy consumption, minimizing environmental impact, and achieving compliance with green building standards. Primarily this research inquiry provides insights and recommendations that can inform the development of best practices for optimizing the structural strength of complex residential buildings.

Managing global supply chain teams: human resource strategies for effective collaboration and performance

This study examines the role of human resource (HR) strategies in enhancing collaboration and performance within global supply chains, an area of increasing importance in the context of globalized business operations. The primary objective is to identify and analyze current trends in HR practices that contribute to effective global supply chain management, focusing on adaptability, technological integration, sustainability, and ethical practices. Employing a systematic literature review and content analysis as its methodology, the study draws on academic journals, conference proceedings, and industry reports from databases such as Scopus, Web of Science, and Google Scholar. Key findings reveal that adaptability and flexible work arrangements, supported by digital HR technologies, are essential for operational resilience and employee engagement. The integration of sustainability and ethical considerations into HR practices is identified as crucial for maintaining competitive advantage and ensuring regulatory compliance. Furthermore, the development of cultural intelligence and inclusive leadership within global teams is highlighted as vital for fostering effective collaboration across diverse cultural landscapes. The study concludes that strategic HR management plays a pivotal role in navigating the challenges and leveraging the opportunities within global supply chains. Recommendations for practitioners emphasize the importance of continuous learning, embracing digital transformation, and integrating sustainability into HR practices. The study also outlines areas for further research, including the impact of emerging technologies on HR practices and the long-term effects of sustainable HR strategies on organizational performance. This research contributes valuable insights into optimizing HR strategies to enhance global supply chain collaboration and performance.

Integrated structural and energy building retrofit by reinforced concrete wall addition

In light of the paramount considerations of environmental sustainability and the protection of both life and property, a significant number of existing reinforced concrete (RC) buildings fall short of meeting contemporary standards in terms of their structural and energy performances. In response to these pressing concerns, there is an imperative need for comprehensive building retrofitting processes that integrate both structural and energy considerations. One such approach, the addition of RC walls, is commonly employed as a structural retrofitting technique. However, its potential to enhance overall building efficiency has been relatively underexplored in previous research. In this study, we focus on a representative RC building and utilize two key performance indices: structural residual life and energy consumption, to comprehensively evaluate the impact of RC wall retrofitting on both structural and energy performance. Our investigation considers retrofitting on both the exterior and interior sides of the building. It is observed that the structural performance exhibits notable improvement with the addition of RC walls on either side, and this improvement becomes even more pronounced when complemented by local retrofits to adjacent beams. While the RC walls added on the interior side have negligible impact on the building energy efficiency, those installed on the exterior side could obviously reduce the energy consumption of the HVAC system by 7.9%. Hence, the outcomes of this study indicate that employing the RC wall retrofitting on the exterior side of the existing building is an efficient way to reach structural and energy performance targets simultaneously.

SOCIO-CULTURAL RESILIENCE FRAMEWORK FOR THE SUSTAINABILITY OF THE SEA TRIBES COMMUNITY OF THE INSULAR CITY

Since 2000, industrial development in Batam, Indonesia, has led to urbanization and limited land, which has expanded to coastal settlements and threatened the community’s social and cultural values. This problem needs to be addressed by the government efficiently and inclusively to ensure sustainable development that preserves local identity. This study formulated a socio-cultural resilience framework for Batam’s local sustainability identity. The research used mixed methods, including a questionnaire among the Suku Laut aged 21-60 years, field observations, and expert interviews. This study used LSR, SPSS, AHP, and City Resilience Framework theory. Three indicators defined the socio-cultural resilience framework: people (human and employment), organizations (economy and society), and knowledge (education). The contribution of this study to the government’s sustainable planning and management considerations includes the development of affordable and culturally appropriate housing, the creation of livelihood opportunities, the building of public trust, and the implementation of education strategies that address the needs of the Suku Laut community. The research has a far-reaching positive impact across diverse sectors, benefiting the Suku Laut community and the broader stakeholders involved in Batam’s development and cultural preservation, urban planning, policymaking, community empowerment, academic discourse, and cultural heritage conservation.

LEADERSHIP STYLES AND PERFORMANCE OF ROAD PROJECTS UNDER KENYA RURAL ROADS AUTHORITY IN KENYA

Road infrastructure drives global economic growth by facilitating the movement of goods, services, and people, enhancing trade and regional integration; recent improvements in developing countries have reduced cost overruns, highlighting the importance of effective strategy implementation, stakeholder engagement, and sustainability considerations for project success. The aim of the study was to establish whether leadership styles influence the performance of road projects by Kenya Rural Roads Authority. The study sought to establish whether leadership styles influence the performance of road projects by Kenya Rural Roads Authority. The study employs multiple theories, including Resource-Based Theory, Agency Theory, and others, within a mixed-methods approach guided by pragmatism. Focused on 140 Development Road Projects by KeRRA, it includes 104 Strategy Implementation Officers, Contractors’ CEOs, and KeRRA officials. Data, gathered through questionnaires and interviews, underwent statistical analysis revealing a significant positive correlation (r = 0.508, p &lt; 0.05) between leadership styles and project performance, using SPSS Version 27. The study suggests that project managers at the Kenya Rural Roads Authority demonstrate positive leadership qualities, such as agreeableness and visionary leadership, which are linked to timely completion of road construction projects, although challenges like resistance to change and laissez-faire leadership tendencies may impede project success. Recommendations include reinforcing and promoting positive leadership qualities among project managers at the Kenya Rural Roads Authority, focusing on aspects such as agreeableness, visionary leadership, and developmental leadership, while addressing challenges related to laissez-faire and resistance to change through training and support initiatives, and emphasizing the importance of directive leadership to improve project outcomes and ensure successful completion of road construction projects. KEY WORDS: Leadership Styles, Performance of Road Construction Projects, Kenya Rural Roads Authority

Drivers of a more sustainable future food system – Lessons from Sweden

The global food sector is one of the most impactful sectors in the world, necessitating an urgent shift towards more sustainable practices. Sweden has made great progress in putting sustainability on the agenda as a strategic component of its national development strategy. Still, understanding how a full-scale sustainable food system can be achieved in practice and the drivers of such a transition remain unclear. In this study, we first empirically explore these drivers, their interdependencies and how these affect the Swedish food system's progress towards its sustainability objectives. Then, we assess which scenarios for the future food system in Sweden perform better with regard to sustainability considerations. For the first objective, we utilised the DEMATEL technique to identify and quantify the cause-and-effect relationships among these drivers. The results showed that revenue and the use of toxic materials are key drivers for food systems' sustainability in Sweden, suggesting a path for system improvement focus areas in the future. For the second objective, we applied TOPSIS as a decision-making method for assessing the sustainability of four different future scenarios for the Swedish food system. The outcomes suggest that food tech is the most sustainable scenario among the ones considered. The findings of this study will collectively aid in promoting sustainable consumption, encouraging a shift towards a more sustainable agrifood system in Sweden, a leading nation in sustainability efforts.

Design and management considerations towards productively sustainable work places in Saudi Arabia

Purpose This paper aims to review and assess the sustainable design and management considerations affecting workplaces’ productivity in Saudi Arabia. Design/methodology/approach The study uses a mixed approach, commencing with literature review, development and pilot-testing of a structured questionnaire instrument to assess design and management considerations towards productively sustainable workplaces (PSWs). In total, 31 considerations affecting sustainable workplaces’ productivity were identified and clustered under five main directions. A collective group of stakeholders, including architects/engineers (A/E), workplace users and facilities managers, were approached to correlate and compare their individual assessment of the identified PSWs. The relative importance index (RII) for each of the PSW considerations is correlated and discussed. Findings A high level of agreement is recognized among the three stakeholder groups for PSWs considerations’ assessed rankings. The provision of sufficient ventilation and illumination levels, availability of occupational health, security and safety, availability of ergonomically oriented technological infrastructure, availability of formal and informal meeting spaces, efficient space utilization and ergonomic workstations are all ranked highest in importance as design considerations towards PSWs. Originality/value The study stems from the need to understand how the PSWs’ design and management considerations are perceived by all streams of stakeholders. The findings identify the considerations’ importance for prioritization on PSWs’ investments.

Sustainability in Project Management Practices

The intersection between sustainability and project management has received significant attention as organizations recognize the criticality of incorporating sustainability practices into their projects. However, incorporating sustainability considerations presents some challenges, requiring the development and adoption of methods, tools and techniques tailored to address sustainability at the project level. Against this backdrop, this study endeavors to develop an understanding of the effective incorporation of sustainability within projects through the micro-level perspective of practices. An online survey was developed based on a comprehensive literature review of which a total of 107 valid responses were collected and analyzed. The results show the most useful sustainable project management practices perceived by experienced project professionals, including ‘Sustainability team management’, ‘Lessons learned towards sustainability’ and ‘Sustainability risk register’, among others. However, a data analysis reveals a prevailing trend marked by the limited perceived usefulness of sustainability practices in the context of project management. Furthermore, through exploratory factor analysis, a clear classification of sustainable project management practices was identified, according to the specific phases of the common project management lifecycle: ‘Initiation and planning’, ‘Execution, monitoring, controlling and replanning’ and ‘Closure’. By providing a set of sustainable project management practices and identifying the underlying factors that elucidate the incorporation of sustainable project management practices across the project management lifecycle, this study extends a guiding hand to practitioners in pursuing successful sustainability integration in their projects. It vividly illustrates that sustainability can be readily incorporated into project-management processes, delivering sustainable products and/or services in a sustainable way, combining both the ‘sustainability of the project’ and ‘sustainability by the project’ perspectives.

Characteristics and perceptions of project management in the productive sectors towards a sustainable future

Integrating sustainable approaches is imperative to align project management with the current demands and growing emphasis on environmental, social, and economic considerations. Despite that, the application of Sustainability faces challenges from two key aspects: the diversity of sustainability concepts, which adapt to various contexts, and the limited availability of methodologies to guide its adoption, monitoring, and implementation. This study aims to uncover perceptions related to project management and Sustainability by exploring the experiences, practices, and perceptions of expert professor-researchers of the Universidad Pedagógica y Tecnológica de Colombia. The focus is on productive sectors that significantly contribute to the gross domestic product. The methodological design involves developing and implementing a survey-type data collection instrument administered to 55 individuals. Internal consistency is assessed using Cronbach's alpha coefficient, and the results are analyzed using Principal Component Analysis, a multivariate statistical technique. The study's findings reveal critical impacts and existing connections, including the sustainability indicator and elements to consider for more suitable implementations in the short term within project management. Additionally, the complex relationships within sustainable considerations in project management are evident, theoretically supported but not consistently applied in the productive sectors. These contributions pave the way for future research, allowing the proposed instrument's replication in other groups and sectors interested in characterizing participants' conceptual performance regarding these elements.