Purchasing a Urea Tank Assembly is a smart choice when it comes to improving the efficiency of your farm's urea systems. Whether you are looking to increase the amount of urea your livestock use, or you're trying to reduce your costs, a quality urea tank will help you accomplish your goals.

Reservoir 12

Various embodiments of the present invention describe a urea tank assembly that includes a reservoir 12 of a size and shape to hold urea solution. The reservoir can be made of metal, plastic, ceramic, or any other suitable material. The reservoir may be a rectangular or cylindrical shape, and the length and width of the reservoir can vary. The urea solution is stored within the reservoir and transported to a port via a pump 26.

The reservoir can also be insulated to improve thermal resistivity. A temperature sensor 34 is integrated into the reservoir to sense the temperature of urea solution in the reservoir and relay that information to a controller 64. This sensor may include a thermistor. It may be configured to provide a voltage through the urea solution to measure its temperature.

Header unit

Depending on how you view the components, you may be able to find a header unit for Urea Tank Assembly that is similar to the components of the tank assembly 20 and 20'. However, this type of unit may also take on other shapes and forms.

The tank assembly 20 includes a tank 22 for storing urea solution. The tank may be made from plastic or steel. The tank may be shaped like a conventional diesel fuel tank. The tank may have parallel sidewalls to allow for stacking. The tank may also include a projection on one side of the sidewall.

The tank may have a drain plug positioned near the lower portion of the reservoir. The drain plug may be adapted to selectively remove the liquid from the reservoir.

Sensors for determining the temperature of the urea solution

Depending on the specific application, a urea tank assembly may be equipped with sensors for determining the temperature of the urea solution. This information is used to maintain a constant temperature of the urea solution and to prevent freezing. In addition, other features may be added to the assembly.

The tank assembly may be used to store urea solution and other fluids. This assembly includes a reservoir, a pump, and one or more temperature sensors. The reservoir may be a molded or plastic tank or may be made from metal or ceramic. It is also possible for the reservoir to be insulated to reduce heat loss.

The pump may be located within the reservoir or may be in fluid communication with the reservoir. It may also be in fluid communication with the urea solution. The pump may be designed to dispense urea solution or transport it to an external SCR system.

Pump configurations for urea tanks

Typically, a urea tank assembly consists of a reservoir, a first fluid inlet and a second fluid inlet. A pump may be positioned within the reservoir. A urea tank assembly may also include a temperature sensor, a sensor to measure urea quality and other features. These features can be controlled by a controller, which may be a microprocessor based control module. The controller may also communicate with other system components. It may also be capable of storing information about the operation of the pump assembly.

The reservoir may be made of any material, such as metal, rubber or plastic. It may be insulated to reduce heat loss and improve thermal resistivity. The reservoir may also be equipped with sealant features to prevent the urea solution from seeping out of the reservoir.

Controllers

Various exemplary embodiments of the present invention provide controllers for urea tank assemblies. Some of the exemplary embodiments include methods of measuring the temperature of a urea solution within a reservoir, and of measuring the quantity of urea solution within a reservoir. Other exemplary embodiments include methods of determining the level of urea solution within a reservoir.

For example, a urea tank assembly may include a pump, a reservoir, a temperature sensor, and a venting cap. It may also include an exhaust treatment system. The reservoir may be insulated to reduce heat loss. It may be made of plastic, rubber, metal, or ceramic. The pump may be a suitable type. The temperature sensor may be a thermistor.

The reservoir may also include a sealant to prevent the urea solution from leaking out. It may also include a venting cap to provide equalization of pressure. It may be made of a material that has high thermal resistivity.