Abstract: An air cleaner system for filtering an input air into a treated air output is disclosed. Comprising an air dryer assembly configured to cool and condense moisture from incoming compressed air. A fan configured to facilitate airflow through the air dryer assembly. An air input assembly configured to receive external air. A filter assembly comprising a moisture separator and a coalescing filter, configured to remove contaminants and moisture from the compressed air. An air output assembly configured to provide treated air to a target equipment. A power supply configured to operate the air cleaner system using either AC power or a battery. A controller configured to monitor conditions within the air cleaner system and adjust the performance of the air dryer assembly and the fan. An air dryer assembly configured to cool and condense moisture from incoming compressed air. A fan configured to facilitate airflow through the air dryer assembly.

Abstract: A blasting system comprising an air compressor is disclosed. Comprising the air compressor to provide a compressed air. A vacuum assembly operatively connected to the air compressor, wherein the vacuum assembly is configured to receive the compressed air and generate a vacuum in a cleaning nozzle. A debris reservoir connected to the vacuum assembly, wherein the vacuum assembly is configured to use the vacuum to transport debris into the debris reservoir. An adjustable suction control within the vacuum assembly to regulate the vacuum strength for debris extraction.

Abstract: A tank assembly. The tank assembly comprises a shell, a plurality of conical dispensers, a plurality of drawtubes, a plurality of drawtube apertures, a slurry reservoir, one or more spray equipment and a slurry mixture. The slurry reservoir comprises a fluid reservoir within the shell of the tank assembly. The slurry reservoir comprises an upper reservoir and a conical dispensers reservoir. The conical dispensers reservoir can comprise a fluid space within the plurality of conical dispensers. each among the plurality of drawtubes comprise a drawtube axis. The plurality of drawtubes comprise at least a first drawtube and a second drawtube.

Abstract: A variable air compressor assembly for selectively generating a compressed air with a compressor and an electric motor while monitoring an RPM sensor, a motor load sensor, a pressure sensor and an air flow sensor and modifying a control signal for said compressor, said electric motor and a belt drive assembly is disclosed. Comprising said variable air compressor assembly comprises a controller, an air intake, said compressor, said electric motor, said belt drive assembly, an air outlet, a power source and a device application. said device application receives of a sensor data from a portion of said RPM sensor, said motor load sensor, said pressure sensor and said air flow sensor and generates said control signal to control said compressor, said electric motor and said belt drive assembly according to a power management system in said device application.

Abstract: A rust inhibiting process for cleaning and protecting a target object is disclosed. Comprising mixing at least a rust inhibitor and a fluid into a slurry mixture, spraying the slurry mixture at the target object from within a reservoir of a slurry blasting system, separating a tarnished top layer and a parent metal of the target object with a slurry stream, cleaning the parent metal with the rust inhibitor, preventing the parent metal from impregnating with contaminants during cleaning with the rust inhibitor, and protecting the parent metal with the rust inhibitor after spraying is complete. The slurry stream comprises the slurry mixture of the slurry blasting system being sprayed with the slurry blasting system. The slurry blasting system comprises a tank.

Abstract: A tank assembly. The tank assembly comprises a shell, a plurality of conical dispensers, a plurality of drawtubes, a plurality of drawtube apertures, a slurry reservoir, one or more spray equipment and a slurry mixture. The slurry reservoir comprises a fluid reservoir within the shell of the tank assembly. The slurry reservoir comprises an upper reservoir and a conical dispensers reservoir. The conical dispensers reservoir can comprise a fluid space within the plurality of conical dispensers. each among the plurality of drawtubes comprise a drawtube axis. The plurality of drawtubes comprise at least a first drawtube and a second drawtube.

Abstract: A rust inhibiting process 100 for cleaning and protecting a target object 902 is disclosed. Comprising mixing at least a rust inhibitor 620 and a fluid 618 into a slurry mixture 608, spraying the slurry mixture 608 at the target object 902 from within a reservoir 610 of a slurry blasting system 202, separating a tarnished top layer 906 and a parent metal 904 of the target object 902 with a slurry stream 908, cleaning the parent metal 904 with the rust inhibitor 620, preventing the parent metal 904 from impregnating with contaminants during cleaning with the rust inhibitor 620, and protecting the parent metal 904 with the rust inhibitor 620 after spraying is complete. The slurry stream 908 comprises the slurry mixture 608 of the slurry blasting system 202 being sprayed with the slurry blasting system 202. The slurry blasting system 202 comprises a tank 204.

Abstract: A blasting system, comprising a tank comprising a center tube, an inlet, a fill valve, an outlet, a refilling aperture, and a relief valve. Said tank comprises a top end and a bottom end, said outlet located at said top end of said tank, said inlet located at said bottom end, said fill valve and said relief valve are positioned in a side portion of said tank. Said relief valve closer to said bottom end of said tank than said fill valve. Wherein said tank receives a fluid through said fill valve. Wherein said tank receives a pressurized air through said inlet. Wherein said bottom end of said tank holds said fluid. Wherein said center tube receives a portion of said pressurized air and selectively receives a portion of said fluid to exit through said outlet for a blasting application.

Abstract: A tank assembly. Said tank assembly comprises a one or more blister assemblies, a shell assembly, a one or more air inlet hoses, a one or more spray equipment and a slurry mixture. Said one or more blister assemblies comprises a first blister assembly and a second blister assembly. Said one or more blister assemblies comprise a one or more draw tubes, a one or more cone flanges, a one or more head assemblies, a one or more shells, a one or more cone assemblies, an air line assembly, a one or more snorkel assemblies, and a separation distance. Said one or more draw tubes comprise a first draw tube and a second draw tube. Said separation distance between said one or more draw tubes is configured to allow said one or more spray equipment to rotate freely on said one or more draw tubes without interfering with one another.

Abstract: A blasting system, comprising a tank comprising a center tube, an inlet, a fill valve, an outlet, a refilling aperture, and a relief valve. Said tank comprises a top end and a bottom end, said outlet located at said top end of said tank, said inlet located at said bottom end, said fill valve and said relief valve are positioned in a side portion of said tank. Said relief valve closer to said bottom end of said tank than said fill valve. Wherein said tank receives a fluid through said fill valve. Wherein said tank receives a pressurized air through said inlet. Wherein said bottom end of said tank holds said fluid. Wherein said center tube receives a portion of said pressurized air and selectively receives a portion of said fluid to exit through said outlet for a blasting application.

Abstract: A spray system. Said spray system comprises a button assembly, a controller, a spray hose and a spray head. Said button assembly comprises an external shell and an internal components. Said internal components comprises a FOB and a button portion. Said external shell is configured to protecting said internal components from liquids. Said external shell comprises a debris membrane, a debris membrane hold-down plate, a bottom housing and a top housing. Said internal components comprises a one or more springs. Said top housing comprises a one or more side guards, a button cavity and a one or more lower spring seats. Said FOB comprises a wireless transponder in communication with said controller. Said button portion comprises a lower extension and a one or more upper spring seats.

Abstract: A tank assembly. Said tank assembly comprises a one or more blister assemblies, a shell assembly, a one or more air inlet hoses, a one or more spray equipment and a slurry mixture. Said one or more blister assemblies comprises a first blister assembly and a second blister assembly. Said one or more blister assemblies comprise a one or more draw tubes, a one or more cone flanges, a one or more head assemblies, a one or more shells, a one or more cone assemblies, an air line assembly, a one or more snorkel assemblies, and a separation distance. Said one or more draw tubes comprise a first draw tube and a second draw tube. Said separation distance between said one or more draw tubes is configured to allow said one or more spray equipment to rotate freely on said one or more draw tubes without interfering with one another.

Abstract: A blasting system, comprising a tank, a center tube, an inlet, a top aperture. Said tank holds a slurry mixture for blasting application. Said inlet receives a pressurized air. Said center tube receives a portion of said pressurized air and selectively receives a portion of said slurry mixture. A portion of said center tube exits said tank at said top aperture. Said tank comprises a top end and a bottom end.