Bibliographic citations
Clemente, D., (2021). Propuesta de estrategias mitigación de la huella de carbono de los procesos de la empresa Konecta BTO SL, sucursal en Perú, sede Lima cargo, durante el 2019 [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/27848
Clemente, D., Propuesta de estrategias mitigación de la huella de carbono de los procesos de la empresa Konecta BTO SL, sucursal en Perú, sede Lima cargo, durante el 2019 [Tesis]. PE: Universidad Privada del Norte; 2021. https://hdl.handle.net/11537/27848
@misc{renati/436849,
title = "Propuesta de estrategias mitigación de la huella de carbono de los procesos de la empresa Konecta BTO SL, sucursal en Perú, sede Lima cargo, durante el 2019",
author = "Clemente Pérez, Diego Roberto",
publisher = "Universidad Privada del Norte",
year = "2021"
}
The present research work was carried out in the company Konecta BTO SL Branch in Peru, dedicated to provide outsourcing services in customer service through calls to various types of companies in Peru and other countries. The objective was to propose carbon footprint mitigation strategies for the organization's processes. The IPCC guidelines for greenhouse gas inventories and the ISO 14064-1:2006 standard were used as a reference for the research work. It was determined that the Lima Cargo headquarters during 2019 had a total quantification of emissions 828.71 tCO2eq, which is composed of scope 1 direct GHG emissions contributing 9%, scope 2 indirect GHG emissions from energy contributing 24%, scope 3 other indirect GHG emissions contributing 38% and other non-GHG gases (HCFC) contributing 28%. A low level of uncertainty was obtained for the quantification of most emission sources, which indicates that the quantification results are reliable. Finally, 3 mitigation strategies for the carbon footprint were proposed: not to program vehicles that consume gasoline and LPG for ground transportation, to change the refrigerant gases R-22 and R-410 A for the refrigerant gas R-32 in the air conditioning system, to renew the whole set of CPUs for a model that has an energy supply of 65 watts with a projected reduction of emissions of 2.31%; 22.80%; 6.76% respectively.
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