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How to Build
Your Own Water Ionizer!
Courtesy of eHow
You can build your own low-cost basic water ionizer to enjoy many of the benefits of expensive models. Fun and educational fr a great for a science fair project or just to learn more about water ionizers. Difficulty: Moderately Challenging.
Things You'll Need:
* Two 1-gallon plastic storage containers
* One 2-inch PVC pipe
* Electrical wire
* Piece of chamois slightly larger than PVC pipe
* 12V or 24V power adapter
* Two crocodile clips
* Two 0.5-inch by 0.75-inch pieces of titanium (stainless steel is acceptable) to use as electrodes
Step 1: Set up the 2 1-gallon plastic containers next to each other and cut a 2-inch hole on the side of each one so that they line up and face each other.
Step 2: Insert the piece of chamois into the PVC pipe so that it fills the entire diameter of the pipe, and insert the pipe into the 2 holes you cut out of the plastic containers.
Step 3: Attach the titanium electrodes to some electrical wire.
Step 4: Attach the alligator clips to the 12V or 24V power system and to the wire that is running to the titanium electrodes.
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Step 5: Place a titanium electrode in each 1-gallon plastic container, and make sure the contact between the alligator clips and the wire running to the electrodes remain out of the water.
Step 6: Fill the containers with water from your faucet and turn on the power adapter. This initiates the ionizing process.
Step 7: Wait at least 2 hours and watch as the water separates into the 2 containers. The water in one container will turn brown and murky while the water in the other container will be clear and clean. Once the ionizing process is complete (up to 12 hours), the brown water is the acidized water and the clear water is the alkalinized water.
NOTES: A home-made ionizer takes much longer to ionize water than commercial systems since you use much smaller electrodes and less power. Commercial models ionize water instantly on demand.
Remember, this is moderately challenging project and exposes you to electrical current and water. Be careful and know exactly what you're doing before you build.
Thoughts?
Your Own Water Ionizer!
Courtesy of eHow
You can build your own low-cost basic water ionizer to enjoy many of the benefits of expensive models. Fun and educational fr a great for a science fair project or just to learn more about water ionizers. Difficulty: Moderately Challenging.
Things You'll Need:
* Two 1-gallon plastic storage containers
* One 2-inch PVC pipe
* Electrical wire
* Piece of chamois slightly larger than PVC pipe
* 12V or 24V power adapter
* Two crocodile clips
* Two 0.5-inch by 0.75-inch pieces of titanium (stainless steel is acceptable) to use as electrodes
Step 1: Set up the 2 1-gallon plastic containers next to each other and cut a 2-inch hole on the side of each one so that they line up and face each other.
Step 2: Insert the piece of chamois into the PVC pipe so that it fills the entire diameter of the pipe, and insert the pipe into the 2 holes you cut out of the plastic containers.
Step 3: Attach the titanium electrodes to some electrical wire.
Step 4: Attach the alligator clips to the 12V or 24V power system and to the wire that is running to the titanium electrodes.
.
Step 5: Place a titanium electrode in each 1-gallon plastic container, and make sure the contact between the alligator clips and the wire running to the electrodes remain out of the water.
Step 6: Fill the containers with water from your faucet and turn on the power adapter. This initiates the ionizing process.
Step 7: Wait at least 2 hours and watch as the water separates into the 2 containers. The water in one container will turn brown and murky while the water in the other container will be clear and clean. Once the ionizing process is complete (up to 12 hours), the brown water is the acidized water and the clear water is the alkalinized water.
NOTES: A home-made ionizer takes much longer to ionize water than commercial systems since you use much smaller electrodes and less power. Commercial models ionize water instantly on demand.
Remember, this is moderately challenging project and exposes you to electrical current and water. Be careful and know exactly what you're doing before you build.
Thoughts?