Examinando por Autor "Blanco Solano, Jairo"

Mostrando 1 - 2 de 2
  • Publicación
    Acceso abierto
    Eficiencia energética: Impacto de la aplicación de planes maestros de mantenimiento en PYMES
    (Bucaramanga : Universidad de Santander, 2013, 2013-01) Otero-Muriel, José Vicente; Blanco Solano, Jairo
    Energy efficiency is key for productivity and competitiveness of small and medium enterprises (SMEs ) in Santander, Colombia . Different companies type, for its cultural and economic conditions, do not have expert advice to enable them to establish the action plans to improve this variable in their production processes. Although ISO 50001 becomes an option to improve energy performance, the likelihood is quite low that this type of company decide to apply this standard. Therefore it is necessary to strengthen an existing process within SMEs that incorporates the energy variable.The maintenance process has the highest affinity and interaction with the energy concept, especially in SMEs where machinery and equipment that consume energy throughout their life cycle are the responsibility of management and maintenance department.The present research work is focused on the characterization of the maintenance processes eight SMEs, designing a maintenance management model that is applied after the implementation of a master plan maintenance and evaluating their impact by reducing energy and water consumption, and reduction of greenhouse gases.
  • Publicación
    Acceso abierto
    Metodología para la evaluación de la eficiencia energética en un sistema de levantamiento de crudo mediante unidades de bombeo mecánico
    (Bucaramanga : Universidad de Santander, 2018, 2018-10-19) Ardila Rojas, Oscar M.; Blanco Solano, Jairo
    The extraction system of crude oil by means of mechanical pumping units is one of the most used methods worldwide, 85% of the wells. Its objective is to extract the production from the oil wells by means of an ascending-descending movement, transferred by a string of rods to a pump located inside the production line at the bottom of the well. The mechanical pumping system is widely used in wells with API high gravity crudes or with high water cut, as well. As a generalized result of these crude oil extraction systems, this project proposes a methodology for energy analysis in terms of efficiency, which associates variables related to each subsystem. The method is based on an energy that allows an evaluation to be made with a view to taking improvement actions, and the reduction in energy consumption. of depth and an API around 21 °. The development of the method became the following stages: energetically characterize a crude oil survey system based on the measurement of its operative variables (case study); evaluate the performance as a result of the analysis of the results of the real and theoretical behavior of each of the crude oil extraction subsystems; Finally, provide basic information to optimize the energies in the crude lifting system with mechanical pumping units. The results highlight an estimate of energy savings that will reach 20% per well, on average equivalent to 500 USD / year per well.