Excessive bleeding is a medical emergency with limited treatment options and one of the main causes for mortality. Approximately 5 million people die every year around the world from accidental and non-accidental trauma. The current standard for treatment of excessive bleeding include treatments to induce the generation of blood clots and the transfusion of blood or plasma derivatives. These treatments have several shortcomings including obstructed blood vessels, low efficacy rate and inability to in stopping the bleeding in patient with coagulopathies. In order to address the challenge of managing excessive bleeding, ClearPlasma has developed an innovative filtration system that modifies human plasma to improve the treatment of massive bleeding and bleeding disorders. ClearPlasma enhances coagulation and stops the flow of blood, thus reducing the amount of blood required during a transfusion. This is achieved by extracting the proteins responsible for dissolving blood clots, thus allowing stable clots to form in a controlled manner. The overall objective of the feasibility study was to conduct clinical validation of the device and proceed for commercial sales. This project will help ClearPlasma to address the issue decline in blood donations by saving blood through promotion of coagulation in bleeding patients, reducing the number of plasma units needed for transfusion and hence reducing mortality and treatment costs.