Abstract: An aeration system for fuel additives is used to aerate fuel additives prior to mixing with the fuel of a vehicle. In doing so, the overall effectiveness of the fuel additive may be improved. The system includes a bottle, a weighted block, an aerator, and an insertion tubing. The bottle is used to store a fuel additive and is mounted onto the weighted block. The weighted block is used to orient the bottle downwards so the fuel additive is able to pour out of the bottle. The aerator is used to aerate the fuel additive. The aerator is connected to the insertion tubing, which is used to transport the fuel additive to the tank of a vehicle. The system also includes a hanger which is used to position the bottle above the tank of a vehicle to ensure that the fuel additive flows into the tank of the vehicle.

Abstract: A method of monitoring health in chlorophyll containing matter comprises exposing the matter to a light source to cause chlorophyll to fluoresce and emit a fluorescence signal. Any changes in a parameter indicative of changes in the intensity of the fluorescence signal are detected and compared with a predetermined threshold. A change which exceeds the predetermined threshold is interpreted as a transition of the level of stress in the chlorophyll containing matter. An apparatus for monitoring health in chlorophyll containing matter is also provided and comprises a light source for causing chlorophyll in the matter to fluoresce, a detector for detecting the intensity the fluorescent signal, means for measuring changes in a parameter indicative of changes in the intensity of the fluorescent signal and a detector to detect an increase in the change of the parameter above a predetermined threshold.

Abstract: A method of monitoring health in chlorophyll containing matter comprises exposing the matter to a light source to cause chlorophyll to fluoresce and emit a fluorescence signal. Any changes in a parameter indicative of changes in the intensity of the fluorescence signal are detected and compared with a predetermined threshold. A change which exceeds the predetermined threshold is interpreted as a transition of the level of stress in the chlorophyll containing matter. An apparatus for monitoring health in chlorophyll containing matter is also provided and comprises a light source for causing chlorophyll in the matter to fluoresce, a detector for detecting the intensity the fluorescent signal, means for measuring changes in a parameter indicative of changes in the intensity of the fluorescent signal and a detector to detect an increase in the change of the parameter above a predetermined threshold.