El problema del cambio climático ha traído severas consecuencias en el mundo, dando lugar a un mayor número de desastres naturales. El Perú es considerado como uno de los países más vulnerables a estos cambios. En el Perú se incrementa considerablemente la problemática de los residuos sólidos urbanos en todos los departamentos del país, aquellos residuos orgánicos e inorgánicos que se generan tras el proceso de fabricación, transformación o utilización de bienes o servicios. La provincia de Huancayo no cuenta con rellenos sanitarios para la disposición final de los residuos sólidos, representando así riesgos para la salud de las todas las personas de esta provincia. Este trabajo, se propone un modelo de gestión de redes eléctricas de distribución con biomasa, para el caso de Huancayo. Modelo sostenible y sustentable para la generación distribuida en base a los resid...

THE AIM OF THIS BIBLIOMETRIC ANALYSIS WAS TO EVALUATE THE EVOLUTION OF SCIENTIFIC RESEARCH IN HYDROGEN, FOCUSING ON GREEN HYDROGEN PRODUCTION, STORAGE, AND UTILIZATION. ARTICLES FROM PROMINENT DATABASES WERE ANALYZED, REVEALING A STRONG EMPHASIS ON SUSTAINABLE HYDROGEN TECHNOLOGIES THROUGH KEYWORDS LIKE “HYDROGEN PRODUCTION”, “GREEN HYDROGEN”, AND “SOLAR POWER GENERATION”. MATURE RESEARCH AREAS INCLUDE PRODUCTION METHODS AND ELECTROLYSIS, WHILE EMERGING TOPICS SUCH AS ENERGY EFFICIENCY AND POLICY ARE GAINING TRACTION. THE MOST-CITED PAPERS, FROM ENERGY CONVERSION AND MANAGEMENT TO THE INTERNATIONAL JOURNAL OF HYDROGEN ENERGY, COVER TECHNO-ECONOMIC ASSESSMENTS AND CASE STUDIES ON DEPLOYING HYDROGEN TECHNOLOGIES. KEY FINDINGS HIGHLIGHT THE VARIABILITY OF THE LEVELIZED COST OF HYDROGEN (LCOH) ACROSS TECHNOLOGIES AND REGIONS. DEEP LEARNING APPLICATIONS, INCLUDING FAST FOURIER TRA...

THE PASCO REGION IN PERU IS AN AREA THAT HAS HISTORICALLY BEEN POLLUTED BY MINING ACTIVITY AND POPULATION GROWTH. AS A RESULT, THERE IS AN INCREASED PRODUCTION OF URBAN WASTEWATER AND ACIDIC WATER THAT CONTAMINATE LOCAL LAKES SUCH AS QUIULACOCHA AND PATARCOCHA. THE CONSTRUCTION OF A TREATMENT PLANT THAT CAN TREAT THE DIFFERENT TYPES OF WASTEWATERS HAS NOT YET BEEN STUDIED, AND ITS SUSTAINABILITY HAS NOT YET BEEN EVALUATED. THE OBJECTIVE OF THIS RESEARCH WAS TO PREDICT THE SUSTAINABILITY OF CO-TREATMENT SYSTEMS IN DIFFERENT SCENARIOS BETWEEN URBAN WASTEWATER AND ACIDIC WATER, EXPRESSED IN TERMS OF A TERNARY EMERGY DIAGRAM. THE DESIGN OF THE CO-TREATMENT PLANT WAS CARRIED OUT AT AN INFLOW OF 10 L/S. THE FIRST SCENARIO (TREATMENT I) HAS A PRIMARY SETTLER FOR THE MIXTURE OF URBAN WASTEWATER AND ACIDIC WATER, WHILE THE SECOND SCENARIO (TREATMENT II) INVOLVES A SETTLER AND A SUBSURFACE ARTIFIC...