• Home
    • Media
    • Contact
  • Approach
    • Design Squad Videos
    • Design Thinking
    • Engineering Design Process
    • History of the Greenengineers
    • The Maker Mindset
    • Open Portfolios
    • Philosophy
    • 4P's-Projects, Passion, Peers, Play
    • Project-Based Learning
  • COURSES
    • Exploratory >
      • Exploratory-Introduction
      • Exploratory- Structures
      • Exploratory- Renewable Energy
      • Exploratory- Materials Science
      • Exploratory- Green Architecture
      • Exploratory- Miscellaneous
    • Greengineering 101
    • Greengineering 201
    • Greengineering 301
    • Introduction to Sustainability
    • Design for Sustainable Communities
  • Projects
    • Design Challenges >
      • Introductory Challenges
      • Cardboard Chair Project
      • Chain Reaction/Rube Goldberg Machines
      • Design-A-Boat
      • High Rise Tower
      • Marshmallow Challenge
      • Paper Towers
      • Airplanes
      • Kites!
      • Paper Columns
      • Paper Chairs
      • Pop-Up Books
      • Rubber-Band Cars
      • Simple LED Circuits
    • Design Thinking Challenges >
      • Design a Backpack Challenge
      • Shop Cart Re-Design Challenge
      • Design Thinking Challenges
    • Agriculture and Food >
      • Aquaponics
      • Composting
      • Food Computer- MIT Media Lab
      • Hydroponics
      • Rooftop/Urban Gardening
      • Yogurt Making
    • Energy Projects >
      • Algae
      • BioDiesel( Archive)
      • DIY Motors and Generators
      • Energy 3D Simulation
      • Hydropower
      • Connecting Solar Panels- Work, Energy and Power
      • Passive Solar
      • Penny Batteries
      • Organic Photovoltaics
      • Pedal-Powered Speakers
      • Photovoltaics
      • The Music Tree(archive)
      • Renewable Energy Curriculum
      • Solar Energy Presentation
      • Solar Updraft Tower
      • Solar Ovens
      • Wind Power
    • Green Building
    • Humanity and the Environment >
      • Activist Art
      • Mycelium
      • Plastic Recycling
      • Plastic Milk
      • Soap Making
      • Trash Menagerie/Kinetic Sculpture
      • Upcycling
    • Water Projects >
      • Biosand Water Filter
      • Crystal Lake Floating Islands Project
      • Water Treatment and Recyling
      • Solar Still
      • Swing Pump( archive)
    • Transportation >
      • Bike Power
      • Bike Shelter Project
  • Wiki/ Blogs
  • Tutorials
    • Arduino
    • Basic Electrical Concepts
    • Calculating Dilutions
    • Computer-Aided Design
    • Design and Prototyping
    • Digital Fabrication
    • Entrepreneurship
    • Fundraising
    • Google Forms
    • Hand and Power Tools
    • Lab Safety
    • Material Safety Data Sheets
    • MIT 2.00B Toy Product Design
    • Scientific Research Posters
    • Sewing
    • Sketching and Drawing
    • Other Software Tools
    • Writing a Proposal
    • Documentary Video
  • Resources
    • Arch Solar at Hubweek
    • Community Connections
    • Conferences and Events
    • Freight Farms Leafy Green Machine
    • Documents and Links
    • Healey Middle School Sustainability Fair
    • High Tech High
    • Instructables
    • Innovators We're following
    • James Dyson Foundation
    • Maker Education
    • Models of Excellence
    • Natick High School Greengineering
    • Science Education Teaching Methods( UBC)
    • Suppliers
    • Terrascope/MIT
    • The Teacher's Toolkit
    • Other Teaching Resources
    • Tikkun Olam Global- Making for Disabilies
    • University Connections
Greengineers
Check us out on social media!

Solar Distillation Apparatus

Solar powered distillation of water can be defined as measures to separate and extract clean water by vaporization. This can be particularly useful to turn seawater, brackish or even contaminated water into clean water safe for drinking.

  • Seakettle Life Raft
Proudly powered by Weebly