Abstract: An air pollution remediation system is provided. The systemic apparatus includes a tubular column having a plurality of spaced apart vents along its outer surface. Each vent has adjustable louvers for controlling the airflow therethrough. An airflow conduit extends along the longitudinal length of the column with porous layers and a mass of absorbent disposed between the airflow conduit and the plurality of vents. A fan fluidly coupled to the airflow conduit urges ambient air into the airflow conduit and through the porous layers and the mass of absorbent and out of the vents in a selectively controlled manner by way of the adjustable louvers. A prefilter may be disposed upstream of the fan. A network of the systemic apparatus can be arranged to provide, in a selective enabled manner through the adjustable louvers, a contiguous looping canopy of purified air over large open spaces.

Abstract: An air pollution remediation system is provided. The systemic apparatus includes a tubular column having a plurality of spaced apart vents along its outer surface. Each vent has adjustable louvers for controlling the airflow therethrough. An airflow conduit extends along the longitudinal length of the column with porous layers and a mass of absorbent disposed between the airflow conduit and the plurality of vents. A fan fluidly coupled to the airflow conduit urges ambient air into the airflow conduit and through the porous layers and the mass of absorbent and out of the vents in a selectively controlled manner by way of the adjustable louvers. A prefilter may be disposed upstream of the fan. A network of the systemic apparatus can be arranged to provide, in a selective enabled manner through the adjustable louvers, a contiguous looping canopy of purified air over large open spaces.

Abstract: An energy recapture system that may be retrofitted to an existing object, such as a vehicle or carrier. The retrofitable system includes means for removably attaching a plurality of wind or fluid driven energy generating modules, such as magnetic or piezoelectric generators, to the exterior of the object, to convert the kinetic energy of a fluid that moves about the object into another kind of energy that may be stored, such as electrical or chemical potential energy. When used to generate chemical potential energy, it is preferred that the kinetic energy of the moving fluid be used to electrolyze a compound such as water into its constituent elements; at least one of these elements, hydrogen and/or oxygen, can be stored for later use in an internal combustion engine associated with the object.

Abstract: A process for the immunoassay of antigens in a biological sample wherein an element comprised of particulate supported antibody loosely encapsulated and confined within a porous filter membrane material is utilized for addition to the biological sample. The method is particularly applicable to the radioimmunoassay (RIA), enzyme-linked immunoassay (ELIA) and fluorescent immunoassay (FIA) techniques for determining the presence and concentration of minute amounts or protein antigens in biological fluid samples, and for performing multiple assays utilizing these methods.

Abstract: A process for the immunoassay of antigens in a biological sample wherein an element comprised of particulate supported antibody loosely encapsulated and confined within a porous filter membrane material is utilized for addition to the biological sample. The method is particularly applicable to the radioimmunoassay (RIA) and enzyme-linked immunoassay (ELIA) techniques for determining the presence and concentration of minute amounts of protein antigens in biological fluid samples, and for performing multiple assays utilizing these methods.

Abstract: Described herein is a sorbent element, especially useful for removing matter from a liquid system, comprising particulate sorbent material such as charcoal, ion exchange resins and silicas, substantially loosely encapsulated within a porous filter membrane such as woven polypropylene or Teflon. A particular application of the encapsulated element is in the qualitative and quantitative analysis of drugs contained in biological samples. Sorption processes utilizing the novel sorbent element are also described, as well as apparatus for performing analytical techniques utilizing the sorbent element.