Lyfe Bottle

Duration: 5 Weeks

The outdoor self-disinfecting water bottle.

We deserve clean water.

When camping in remote areas, water may appear crystal clear and unpolluted, yet it can still harbor active bacteria that may cause illness if not properly treated.

So how do we disinfect our water?

All unfiltered water will have small amounts of bacteria, especially when pulling from natural sources such as lakes or rivers. Campers use something called "Iodine Tablets" that dissolve in the water and kill all bacteria and ecoli.

But, too much iodine comes with

HEALTH RISKS

As its common for campers to disinfect with iodine, many outdoor enthusiasts have gotten ill from the continued high dose of Iodine thats put into their water.

INTRODUCING

Kill bacteria anywhere

Using UV-C light technology, the Lyfe bottle is able to kill 99.99% of all bacteria within a single minute cycle. Perfect for outdoorsman as well as average daily users

CHARGE

ANYWHERE

Place in the sun and the bottle uses the dual solar panels to charge the internal battery, accessing clean water for long expeditions away from the grid.

Lyfe Bottle cap concept showing solar panels, electronics, and UV-C illumination

Your camping companion

Lyfe Bottle concept beside a stream
Cutaway view of the Lyfe Bottle cap and body

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Peice

Aluminum Body

A lot of technology is packed into this cap, let's take a look.

Cutaway view of the Lyfe Bottle cap and body

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

A lot of technology is packed into this cap, let's take a look.

Lyfe Bottle cutaway highlighting the cap's solar panels

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

The two solar cells positioned on either side of the top enable mobile charging wherever there is sunlight, allowing both outdoor enthusiasts and everyday users to charge their devices without the need for a wall outlet.

Lyfe Bottle cutaway highlighting the activation button

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

With a single press of the activation button, the bottle initiates a cleaning cycle, signaled by the LED on the button to indicate its status.

Lyfe Bottle cutaway highlighting the battery

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

The 1000 mAh battery provides extended use without the need for frequent recharging.

Lyfe Bottle cutaway highlighting the main circuit board

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

The primary mainboard is responsible for ensuring safe charging via the solar cells or USB-C port and managing the timing cycle for the cleaning process.

Lyfe Bottle concept illustrating UV-C light inside the bottle

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

UV-C LED responsible for eliminating 99.99% of bacteria.

Lyfe Bottle cutaway highlighting the drinking mouthpiece

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

Mouthpiece designed for easy flip-out consumption.

Lyfe Bottle rendering highlighting the aluminum body

Analysis

Solar Panels

Activation Button

Battery

Mainboard

UV-C LED

Mouth Piece

Aluminum Body

Aluminum body provides high strength and insulation while also reflecting UV light throughout the entire bottle.

Fabrication Parts

Small solar panel used in the Lyfe Bottle prototype
Lithium battery for the Lyfe Bottle prototype
USB charging circuit board
Solar charging controller board
UV-C LED module for the water bottle concept

Solar Panels

Dual solar panels harness sunlight and convert it into electrical energy, which is then stored in the battery.

Lithium Battery

Delivers more than 50 purification cycles per charge before requiring recharging.

Charging Board

Battery management board ensures safe operation during both wall charging and discharging.

Solar Board

Solar panels generate variable voltages unsuitable for direct battery charging, this board regulates and stabilizes the output to ensure safe, consistent charging.

UV-C LED

Provides a wavelength of UV light that kills almost all bacteria.

Prototype

Front view of the assembled Lyfe Bottle prototype
Lyfe Bottle prototype with the mouthpiece raised
Rear view of the Lyfe Bottle prototype cap and solar panel
Opened prototype cap showing battery, wiring, and circuit boards
Underside of the prototype cap showing the LED module
Disassembled Lyfe Bottle cap with internal electronics
Hand holding the Lyfe Bottle design concept