LED activated photocatalyst air filter
The present disclosure provides devices and methods for making a light emitting diode (LED) activated photocatalyst air filter. One or more embodiments include a filter material that includes a photocatalyst, and a frame that includes an array of a number of LEDs positioned on the frame to project a wavelength of light directed toward the filter material, wherein the array of LEDs is positioned a distance from the filter material.
1. A light emitting diode (LED) activated photocatalyst air filter, comprising:
a filter material that includes a photocatalyst;
a frame that includes an array of a number of LED blocks positioned on the frame, wherein each of the number of LED blocks includes a plurality of LEDs arranged in a plurality of rows positioned a distance from the filter material, and wherein the plurality of LEDs project a wavelength of light directed toward the filter material; and
a track configured to allow movement of at least one of the filter material and the frame such that the distance is adjustable.
2. The LED activated photocatalyst air filter of claim 1 , wherein the filter material is at least one of coated and embedded with the photocatalyst.
3. The LED activated photocatalyst air filter of claim 1 ;
wherein the frame includes a number of cross members with vacancies between the number of cross members, and
wherein the plurality of rows of LEDs are positioned on each of the number of cross members of the frame.
4. The LED activated photocatalyst air filter of claim 1 , wherein the frame is a mesh and wherein the number of LED blocks are positioned at a number of intersections of the mesh.
5. The LED activated photocatalyst air filter of claim 1 , wherein the photocatalyst is selected from the group consisting of titanium dioxide, zinc oxide, ferric oxide, cadmium sulfide, cadmium selenide, tungsten trioxide, molybdenum trioxide, vanadium pentoxide, tin oxide, and combinations thereof.
6. The LED activated photocatalyst air filter of claim 1 , wherein the LED activated photocatalyst air filter includes:
a sensor configured to determine a concentration of a volatile organic carbon passing through the LED activated photocatalyst air filter, and wherein the distance is adjustable in response to the concentration of the volatile organic carbon passing through the LED activated photocatalyst air filter.
7. The LED activated photocatalyst air filter of claim 1 , wherein the LED activated photocatalyst air filter includes:
a sensor configured to determine a concentration of a volatile organic carbon passing through the LED activated photocatalyst air filter; and
a variable resistor connected to the sensor and configured to adjust a luminous flux of the number of LED blocks in response to the determined concentration of the volatile organic carbon passing through the LED activated photocatalyst air filter.