NOVELTY - Producing wall coverings and air filtration media containing absorbent materials including Clinoptilolite (HEU) or Ca-A, Type 5A (Zeolite) as the trapping agent, comprises: (a) mixing radiation absorbing materials 325 mesh zeolites and boehmite binder in deionized water in 5:1 ratio at pH 8-9, preferably 8.5-8.9 at 28-30 degrees C, preferably 28.8 degrees C, and an organic polymer containing hydroxypropylcellulose (HPC)+ethoxylated methylglucoside (EMG), (b) applying absorbing material onto substrate, (c) applying organic polymer and (d) binding commercial grade spun woven or nonwoven products.    USE - The process is useful: for producing wall coverings and air filtration media containing absorbent materials as the trapping agent dissolved in deionized water along with retention aid and sealant polymer coated onto woven or non woven glass fibers or cellulose based paper and/or polypropylene reinforced spunbond media for the purposes of providing EMI and radioisotope shielding of building materials for absorption of airborne particulates and for absorbing carbon dioxide for climate change mitigation, where the air filtration medium is useful for immobilization of uranium and its alpha and beta particles and other transuranic metals including polonium or plutonium; and for providing desorbed cesium, which is useful as a source of ions for use as an intergalactic rocket fuel propellent instead of gaseous combustion or the use of other desorbed transuranic elements comprising plutonium (all claimed).    ADVANTAGE - The process: utilizes HPC+EMG+water to produce an aqueous environment for ion (cation) exchange to occur, where the cation particles remain trapped in the crystalline structure of zeolites until they permanently decay to stable elements comprising barium or yttrium and are recycled commercially; provides clinically therapeutic products from desorbed cesium combined with chloride; provides radiation absorbing air purifying filter, which meets United states military standard 292 dispersed oil particulate and international nuclear specifications is designed for use with vertical or horizontal wall mounted (inverted) air conditioner units with or without the use of plasma or electrical conductive photocatalytic components comprising titanium dioxide or titanium silicate that attaches directly to removable filter frames; utilizes absorbed ozone to deactivate or decompose airborne bacteria, viruses, mold and mildew; provides aluminum silicate compounds (zeolites) to trap radon gas and retain its daughter progeny comprising polonium which causes lung and breast cancer; provides aluminum silicate compounds (zeolites) to trap and absorb EMI radiation (waves) for cybersecurity; provides bismuth layered perovskite structured oxides comprising SrBi2Ti2O9 or ferrierite coated aluminum silicate compounds (zeolites) to trap and retain carbon dioxide, methane, hydrogen sulfide and nitrogen oxides, which causes global warming; and provides Ca-A 5(A) synthetic zeolite coated media for absorption of carbon dioxide in flue gases produced from the production and combustion of fossil fuels comprising coal, petroleum and natural gas (all claimed).    DETAILED DESCRIPTION - Producing wall coverings and air filtration media containing absorbent materials including Clinoptilolite (HEU) or Ca-A, Type 5A (Zeolite) as the trapping agent dissolved in deionized water along with a retention aid and a sealant polymer (Curie Formula) coated onto woven or non-woven glass fibers or cellulose based paper and/or polypropylene reinforced spunbond media for the purposes of providing electromagnetic interference (EMI) and radioisotope shielding of building materials, for absorption of airborne particulates comprising PM 0.5-2.5 and for absorbing carbon dioxide for climate change mitigation comprises: either (a) mixing radiation absorbing materials 60-80%-325 mesh zeolites and correspondingly 40-20% boehmite (retention aid) binder in deionized water in 5:1 ratio at pH 8-9, preferably 8.5-8.9 at 28-30 degrees C, preferably 28.8 degrees C, and an organic polymer containing hydroxypropylcellulose (HPC) + ethoxylated methylglucoside (EMG) 60%:40% to minimize particle separation from the substrate creating dust, for 2 minutes then, (b) applying (spraying or dipping) or coating the absorbing material onto one side or both sides of a (cellulose paper, glass fiber paper or polypropylene reinforced spunbond meltblown air filtration media and aluminum foil backed paper) substrate, then, (c) applying (coating) an organic polymer over the radiation absorbing coated material containing (HPC)+(EMG) 60%:40% in 20 vol.wt.% deionized water to adjuvant EMI attenuation by increasing the surface resistivity from 30x 107 up to 824x 107 Ohms/Sq, substrates including ultra low penetration air (ULPA) and high efficiency particulate air (HEPA) type (less than 0.3 microns) air filtration media may be coated with a Mayer Rod, where the bottom (first layer) dry aim thickness is 1.8 mil and the top or (sealant layer) is 1.4 mil, air penetration is 0.001-0.003% and (d) binding commercial grade spun woven or nonwoven products comprising Typar (RTM: Polypropylene spunbond nonwoven) to the underside of borosilicate air filtration media to reinforce its strength to support increased airflow through the media by stitching or using chemical adhesives; or (e) mixing 20% 5A zeolite and 5% boehmite with 25% HPC+EMG and 50% deionized water, pH 8.5 at room temperature and then coating the mixture onto one side or both sides of a glass fiber borosilicate or polypropylene substrate e.g. air filtration media (primary surface) then (f) mixing 33% HPC+EMG and 33% titanium dioxide (TiO2) to 33% deionized water and then recoating the primary coated layer for permanent sealing, where the substrates including ULPA or HEPA Type (less than 0.3 microns) polypropylene air filtration media may be coated with a Mayer rod, the bottom (first layer) dry aim thickness is 1.8 mil and the top (or sealant) layer is 1.4 mil, air penetration is 0.001-0.003% for borosilicates and 0.31-0.89% for polypropylene and (g) laminating 0.001-0.002 inches layer of aluminum or copper foil onto the underside of zeolite coated paper for radiation reflection, or (h) mixing 20% HEU zeolite and 5% boehmite with 25% HPC+EMG and 50% deionized water, pH 8.5 at room temperature and then coating mixture onto one side or both sides of a glass fiber borosilicate or polypropylene substrate e.g. air filtration media (primary surface) then (i) mixing 33% HPC+EMG and 33% strontium bismuth titanium oxide (SrBi2Ti2O9) (or TiO2) to 33% deionized water and then recoating the primary coated layer for permanent sealing, where substrates including ULPA or HEPA type (less than 0.3 microns) polypropylene air filtration media. An INDEPENDENT CLAIM is also included for a radioactivity trapping agent.