Banca de DEFESA: RODRIGO MOREIRA BRITO

Uma banca de DEFESA de MESTRADO foi cadastrada pelo programa.
STUDENT : RODRIGO MOREIRA BRITO
DATE: 31/05/2023
TIME: 15:00
LOCAL: Sala de videoconferência RNP-PEI-UFBA
TITLE:

PROPOSED WATER MANAGEMENT PLAN FOR UNIVERSIDADE FEDERAL DO SUL DA BAHIA: CAMPUS JORGE AMADO AS A CASE STUDY.

KEY WORDS:

Demand Management, Sustainability, Uncertainty Assessment, Environmental Performance Indicator, Data Processing and Analysis.

PAGES: 201
BIG AREA: Engenharias
AREA: Engenharia de Produção
SUMMARY:

For an institution to take a more sustainable path in terms of water use, it is essential to implement a management plan that aims to monitor the use of the natural resource and apply measures for continuous improvement in its management. Thus, during the course of the study, the records of the five water meters installed at the CJA headquarters were collected and digitized. In addition, the information obtained about the equipment that makes up the hydrosanitary system of the CJA headquarters was stored and analyzed in an online database developed to assist water management on a university campus. However, the data collected served as a basis for research involving the use of water in university environments developed by authors interested in the subject. One of the surveys carried out to support the proposal for a water management plan for UFSB culminated in the creation of a flowchart of actions that uses the following tools: micromeasurement; assessment of the standard uncertainty associated with the data; data reconciliation - RD; environmental performance indicator; and assessment of the standard uncertainty associated with the indicator. The flowchart consists of seven steps and aims at water management with a focus on evaluations and continuous improvements of actions aimed at optimizing the use of water on a university campus. Through the results obtained for the per capita water use indicator prepared for the UFSB rectory building, it was possible to observe a large demand for water per user, with a per capita flow of (36 ± 5) L for the most favorable scenario /day and at worst (81 ± 17) L/day. Thus, the high per capita demand for water observed in the study highlights the need for commitment to carry out the actions proposed in the water management plan. The proposed water management plan is strategically presented to UFSB through the UFSB's Sustainable Logistics Plan.

COMMITTEE MEMBERS:
Presidente - 2042153 - MARCIO ANDRE FERNANDES MARTINS
Externo ao Programa - 1148443 - FRANCISCO RAMON ALVES DO NASCIMENTO - UFBAExterno à Instituição - RICARDO FRANCI GONÇALVES - UFES
Externo à Instituição - EDUARDO HENRIQUE BORGES COHIM SILVA - UEFS
Externo à Instituição - RICARDO DE ARAUJO KALID - UFSB