A dispenser for dispensing a fluid, comprising: a density measurement chamber configured to receive the fluid; a temperature probe positioned within the density measurement chamber; a capacitance probe positioned within the density measurement chamber for measuring a dielectric constant of the fluid flowing through the dispenser; a first conduit fluidly coupled to the density measurement chamber and configured to deliver the fluid out of the dispenser; a flow-measuring device including a flow meter fluidly coupled to the first conduit; and a control system including a processor responsive to receipt of dielectric constant data, temperature data, and volume rate data, to compute and determine the density of fluid passing through the dispenser, characterized in that: the flow meter of the flow-measuring device is positioned within a chamber downstream of the density measurement chamber; the capacitance probe houses the temperature probe and includes a plurality of concentric electrode rings, wherein the temperature probe is positioned within an innermost electrode ring of the plurality of concentric electrode rings; and by further comprising a second conduit positioned upstream the flow meter of the flow measuring device, the second conduit being configured to return the fluid to a source, and directly deliver the fluid to the flow-measuring device. a density measurement chamber configured to receive the fluid; a temperature probe positioned within the density measurement chamber; a capacitance probe positioned within the density measurement chamber for measuring a dielectric constant of the fluid flowing through the dispenser; a first conduit fluidly coupled to the density measurement chamber and configured to deliver the fluid out of the dispenser; a flow-measuring device including a flow meter fluidly coupled to the first conduit; and a control system including a processor responsive to receipt of dielectric constant data, temperature data, and volume rate data, to compute and determine the density of fluid passing through the dispenser, characterized in that: the flow meter of the flow-measuring device is positioned within a chamber downstream of the density measurement chamber; the capacitance probe houses the temperature probe and includes a plurality of concentric electrode rings, wherein the temperature probe is positioned within an innermost electrode ring of the plurality of concentric electrode rings; and by further comprising a second conduit positioned upstream the flow meter of the flow measuring device, the second conduit being configured to return the fluid to a source, and directly deliver the fluid to the flow-measuring device. the flow meter of the flow-measuring device is positioned within a chamber downstream of the density measurement chamber; the capacitance probe houses the temperature probe and includes a plurality of concentric electrode rings, wherein the temperature probe is positioned within an innermost electrode ring of the plurality of concentric electrode rings; and by further comprising a second conduit positioned upstream the flow meter of the flow measuring device, the second conduit being configured to return the fluid to a source, and directly deliver the fluid to the flow-measuring device.