Integración de sistemas socioecológicos en el rediseño de procesos industriales sostenibles en La Venta, Tabasco

Jesus Adrian Altamirano Acosta; Pascual Jiménez Palma; Keila Contreras Bazurto; Lorena del Jesus Sarao Cruz; Nely Nayeli Arias Santos

doi:10.61117/ipsumtec.v9i1.446

Authors

Jesus Adrian Altamirano Acosta National Technological Institute of Mexico https://orcid.org/0009-0008-5604-8157
Pascual Jiménez Palma National Technological Institute of Mexico
Keila Contreras Bazurto National Technological Institute of Mexico https://orcid.org/0009-0001-6502-4922
Lorena del Jesus Sarao Cruz National Technological Institute of Mexico https://orcid.org/0009-0002-0437-7932
Nely Nayeli Arias Santos National Technological Institute of Mexico https://orcid.org/0009-0002-3840-9912

DOI:

https://doi.org/10.61117/ipsumtec.v9i1.446

Keywords:

Circular economy, Sustainable process engineering, Green infrastructure, Industrial symbiosis, Socio-ecological systems, Socio-techno-ecological transitions

Abstract

The region of La Venta, Tabasco, faces environmental and socioeconomic challenges caused by industrial pressure, water vulnerability, and ecosystem degradation. In this regard, the integration of socio-ecological systems (SES) into the redesign of industrial processes emerges as a strategy for advancing toward sustainability. This article aims to analyze, from a documentary and qualitative perspective, the conceptual frameworks and most recent studies related to industrial sustainability, with the purpose of identifying strategies applicable to the local and regional context, focusing on populations with similar characteristics. A literature review was conducted based on the PRISMA (Preferred Reporting for Systematic Reviews and Meta Analyses) method, considering articles indexed in Scopus and Web of Science published between 2020 and 2025. Ten studies with information relevant to the research were selected, including information on socio-ecological systems, industrial symbiosis, circular economy, and socio-techno-ecological transitions. A thematic-qualitative analysis was used to synthesize contributions, barriers, and elements transferable to the redesign of sustainable industrial processes in La Venta. The study shows that the integration of SES requires coordination between technological infrastructure, ecosystem services, and community integration. The articles reviewed highlight strategies such as tracking material and energy flows, adopting local industrial synergies, using green infrastructure for water management, and implementing multi-actor governance models. The most common barriers include institutional fragmentation, lack of local data, limited economic incentives, and limited collaboration between industry, government, and society. Sustainable redesign in La Venta must be based on socio-techno-ecological approaches that foster technological innovation, strengthen local capacities, and preserve ecosystems, promoting fair and collaborative transitions.

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Author Biographies

Jesus Adrian Altamirano Acosta, National Technological Institute of Mexico

Petroleum engineer and university professor with experience in academic management, school administration, and process optimization in higher education. He is currently pursuing a master's degree in industrial engineering, with a research focus on improving sustainable processes. His work is oriented toward the integration of engineering, sustainability, and institutional management, with applications in the fields of education and energy.

Pascual Jiménez Palma , National Technological Institute of Mexico

Computer Systems Engineer with experience in the private construction industry and in academic management in higher education. He currently serves as Head of the Industrial Engineering Studies Division at the Instituto Tecnológico Superior de Villa La Venta, where he coordinates academic processes. He is pursuing a master's degree in Industrial Engineering, strengthening his profile in management, process optimization, and institutional leadership.

Keila Contreras Bazurto , National Technological Institute of Mexico

Petroleum engineer with experience in industrial safety since 2021, focused on the identification, analysis, and control of operational risks. Currently pursuing a master's degree in industrial engineering, strengthening skills in process management and optimization. Works professionally at the La Venta Gas Processing Complex, contributing to regulatory compliance and the improvement of safety and operational efficiency.

Lorena del Jesus Sarao Cruz , National Technological Institute of Mexico

Systems Engineer with a Master's Degree in Administration, she participates in innovation projects with social impact. Focused on linking technology with community initiatives aimed at improving quality of life. She has promoted proposals that integrate digital solutions with the real needs of communities. She works as a research professor and is part of the Tabasco State Research System.

Nely Nayeli Arias Santos , National Technological Institute of Mexico

Environmental engineer with a master's degree in education, focused on linking sustainable technology with the real needs of communities. She has participated in community projects implementing ecological solutions in vulnerable contexts and in educational training programs. She works as a research professor and is part of the Tabasco State Research System.

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