EML 4551 ETHICS AND DESIGN PROJECT ORGANIZATION FIU DEPARTMENT OF MECHANICAL ENGINEERING MIAMI, FLORIDA ANDONI QUINTANA CHRIS PINTO MARIO BONET ADVISOR:

Slides:



Advertisements
Similar presentations
High performance; from 1 metric ton to 100 metric tons instant purification facility per hour, 2400tons per day Low energy consumption (25 kw/h – 38 kw/h)
Advertisements

Earth’s Fresh Water Vocabulary Chapter 8, Lesson 6
International Partnering Meeting, Winterthur, 30 janvier 2007 Eneftech Innovation SA  Founded in 2004, on the idea of developing unique Distributed Energy.
Stem Challenge Energy management systems, CHP, Harvester tank, green roofs and underfloor heating. 1.
Created By. Biomass is a renewable energy source. It comes from waste products like garbage and cow manure. It can even some from corn.
Renewable Resources. Note cards for mobile Write how the alternative energy resource works Write two advantages Write two disadvantages.
NATURAL GAIT INDUCING TRANSTIBIAL PROSTHETIC LUCIA MELARA ROBERT SCOTT ALEXIS GARO EML 4551 ETHICS AND DESIGN PROJECT ORGANIZATION FIU DEPARTMENT OF MECHANICAL.
Dillon Watring Felipe Gomez Ruth Quant Faculty Advisor: Dr. Ibrahim Tansel FIU Department of Mechanical Engineering, Miami, FL.
Mike Menos, Michael Caicedo, & Jean-Pierre Sorondo EML 4551 Ethics and Design Project Organization FIU Department of Mechanical & Materials Engineering.
Preventative Heatstroke Cooling Shelter: ASHRAE Design Competition Andres Gomez Errick Santana Orangel Velazquez EML 4551 Ethics and Design Project Organization.
Autonomous Robotics Sprinkler System Team 10: Frank Azcuy Armando Camacho Benjamin Sturman FIU Department of Mechanical Engineering Miami, Florida EML4551.
What is Solar Power?. There are two types of Solar Power Direct: involves only one transformation into a usable form. – Sunlight hits a photovoltaic cell.
Nanoindenter Force Converting Stage EML 4905 Senior Design FIU Department of Mechanical Engineering Miami, Florida Team 15 Erick Camacho James Caraballo.
Sources of Thermal Energy Where does it come from?
Waste Management in Devikulam Village Youngky Panjaitan and Boris Lazarov.
Giannis Combe Danilo Delgado Sara Patino FIU DEPARTMENT OF MECHANICAL ENGINEERING Miami, FL.
Sustainable Waste Management By Sustainable Waste Management By: Shane Doolin ( ); Patricia Lehane ( ); Gerard.
 Industrial societies spend huge amounts of energy.  Much of it is supply by electricity which comes from generators in power stations.
Solar Heat Collector Charbel Saghira Alejandro Forero Victor Berrueta Faculty Advisor: Dr. Andres Tremante Florida International University Department.
PAINT SHOP TRACK BEAM SYSTEM Joel Escobales Fabian Robinson Kyle Lindsay EML 4551 Ethics and Design Project Organization Florida International University.
SOLAR ABSORPTION CHILLER FINAL SENIOR DESIGN PROJECT MATERIALS AND MECHANICAL ENGINEERING DEPARTMENT FLORIDA INTERNATIONAL UNIVERSITY.
Remote Control SWAT Robot for NMBPD Team 2 Lazaro Galban Raul Galindo Daniel Oliu Advisor: Dr. Sabri Tosunoglu.
Topic 4.0 – Society and Electricity. I. Ways to Produce Electrical Energy A. Using Thermal Energy (Heat) o Coal: Is burned to produce heat o Nuclear Fission.
UNDER THE GUIDANCE OF Ms.D.TARANGINI Rain Water Harvesting System & Management.
J E OPA R D Y Directions: Divide the class into Team A and Team B. Then divide the teams into groups of 3-4 students. The first group on Team A chooses.
Sustainable Alternatives In generating power for chemical plants.
TEAM 12: Low-Cost, Portable, Off-Grid Biodiesel Production Plant Team Members: James Black Sam Dresser Joey Kilmer Matt Mills Faculty Advisor: Dr. Dave.
Arabica Coffee Cherry Harvester By: Joselyn Castillo, Kevin Ward, Brooke Willin Academic Advisor: Dr. Cesar Levy Senior Design 1: EML 4551 April 22, 2015.
Energy  Humans use varied energy resources  Most came from solar energy  Decomposition of plants, animals buried underground form fossil fuels Which.
TEAM 12: Low-Cost, Portable, Off-Grid Biodiesel Production Plant Team Members: James Black Sam Dresser Joey Kilmer Matt Mills Faculty Advisor: Dr. Dave.
Senior Design I: Preliminary Design Review RENEWABLE ENERGY USING HIGH-EFFICIENCY TURBINES J. Smith, J. Doe, T. Smith and M. Smith Advisor(s): J. Jones,
TEAM 12: Low-Cost, Portable, Off-Grid Biodiesel Production Plant Team Members: James Black Sam Dresser Joey Kilmer Matt Mills Faculty Advisor: Dr. Dave.
Forms of Current Electricity AC/DC (not the rock n’ roll band)
Global City Teams Challenge September 29-30, 2014 Report Out: Project X.
Ethanol and Natural Gas
Green Energy Water. Definition of Green Energy Renewable energy is generally defined as energy that comes from resources which are naturally restocks.
Differential for Formula SAE Race Car
Hyperbolic Solar Collector
Development Of Filling Station Deign and developed efficient, optimize digester Development of Low weight filling Tank Development of the Bio Gas kit.
Nanoindenter Force Converting Stage Team 15 Erick Camacho James Caraballo Patricia Wong EML 4551 Ethics and Design Project Organization FIU Department.
Does Coal Have a Place in the Green Energy Economy? Elizabeth Ouzts Environment North Carolina.
SOURCES OF ENERGY 1 SOURCES OF ENERGY 2 FOSSIL FUELS OR NUCLEAR ENERGY SOLAR, WIND OR HYDRO ENERGY OTHER RENEWABLE ENERGY
By Luke Vitagliano. What Fossil Fuel Is Coal, oil and gas are all Fossil Fuels because they have been formed from the organic remains of the past life.
11. 2 Steam Energy Energy that comes from the push of steam.
1 Waste Conversion Technologies Life Cycle Assessment California Integrated Waste Management Board Board Meeting May 22, 2004 Keith Weitz, RTI International.
Energy Transformations Quiz
Furnace/Burner Boiler High Pressure Steam Turbine Generator Electricity Cooler/Condenser Steam Ash and Smoke Coal is burned in a large Furnace/Burner to.
© Mark E. Damon - All Rights Reserved Energy Terms Renewable Energy Nonrenewable Energy Types of Energy 4 $100 $200 $300 $400 $500 $100 $200 $300 $400.
Possible Fuel Options for Your Car
TEAM 12: Low-Cost, Portable, Off-Grid Biodiesel Production Plant Team Members: James Black Sam Dresser Joey Kilmer Matt Mills Faculty Advisor: Dr. Dave.
Introduction Magnus G. Jacobsen Thesis: «Identifying active constraint regions for optimal operation of process plants» (2011) Picture from defense. I.
MSD1 WEEK 3 REVIEW By: Group P AGENDA  About Team P15462  Underlying Mission  Existing Systems  Project Background  Problem Statement  Deliverables.
A SEMINAR ON PRACTICAL TRAINING AT SURATGARH SUPER THERMAL POWER STATION.
Education and Outreach Co-PI MSU Award DE-EE Robb Larson, P.E. Associate Professor Mechanical and Industrial Engineering.
What is Global Climate Change? Dr. Brian Shmaefsky Professor of Biology Kingwood College.
Biomass Dispenser Design team 5 Caleb MacDonald, Kyle Newman, Michael Pettet, and Ryley LeBlanc.
Resource Extraction & Waste ENVS 001 Presentation October 28, 2002 Dr. Saleem H. Ali
Conserving Resources 8 th Grade Science Book Chapter 14.
In today’s world of ever-increasing energy prices and environmental concerns, alternative energy sources are constantly being researched. This project.
 Fossil fuel: the remains of ancient organisms that changed into coal, oil, or natural gas  Most of the energy that we use comes from fossil fuels 
1 Welcome To AnjaliExim We are one of Best Waste Tyre Recycling Plant, Tyre Pyrolysis Plant, Scrap Tyre Recycling Plant, Tyre to oil Machine and Waste.
Standard 5 Objective 2 Study Notes. 1. Five major kinds of pollution include garbage, chemicals, high- powered wastes, and _______ and noise. gases Pg.
Making Electricity.
Chevron Project: Water Treatment
Tuesday January 17, 2012 Objective: You will know that the water cycle moves water from Earth’s surface, up to the atmosphere, and back down again.
Essential Question: How do we create low-cost "Green" energy resource(s)? Investigation Question: How do we create effective infrastructure for renewable.
Unit 2 Changes in Matter 1.
RENEWABLE ENERGY USING HIGH-EFFICIENCY TURBINES
ENERGY ENERGY APPEARS IN MANY FORMS AND IS USED IN DIFFERENT WAYS
EML 4230 Introduction to Composite Materials
Presentation transcript:

EML 4551 ETHICS AND DESIGN PROJECT ORGANIZATION FIU DEPARTMENT OF MECHANICAL ENGINEERING MIAMI, FLORIDA ANDONI QUINTANA CHRIS PINTO MARIO BONET ADVISOR: DR. ANDRES TREMANTE DR. SABRI TOSUNOGLU DESIGN OF RENEWABLE POWER STATION

PROBLEM STATEMENT Expand the capabilities of a renewable power station by implementing a rain harvesting system and an alternative energy storage system

TEAM MEMBERS’ TASKS

TIMELIN E

GENERAL IDEA Use renewable resources to produce energy Design the most cost-effective water collection system Find an alternative use for collected resources

CONSIDERATIO NS Average yearly precipitation Cost

CONSTRAINTS Gazebo structure Water Stagnation Residues hitting the turbine Portability

PROTOTY PES Water tank and ducts on top of the wooden Gazebo Gas tank(s) underground the wooden Gazebo Water treatment plant

STANDAR DS ASME AWWA ASTM International UL AWEA

GLOBAL LEARNING Renewable energy worldwide Portable and modular Works in every climatic scenario

CONCLUSIO NS Renewable energy importance Help bring energy to rural places Reduce chemical waste Maximize the use of natural resources

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.