Methods include producing a gelled sanitizer composition, including preparing a hydrating fluid composition including water and one or more of alcohol and peroxide; preparing a hydratable additive; and combining the hydrating fluid composition and the hydratable additive to produce a gelled composition. Methods also include flowing a hydrating liquid composition in an extensional flow regime through an elongated passageway of an extender, wherein the hydrating liquid composition includes water and a C2-C10 solvent, and a flow rate of the hydrating liquid composition and a diameter of the elongated passageway are sufficient to achieve a Reynolds number of 20,000 or greater; and adding a hydratable additive to the hydrating liquid composition in the elongated passageway to produce a mixture comprising the hydratable additive that is at least partially hydrated.

A treatment method is capable of degrading or sterilizing harmful substances or microorganisms of which the degradation, detoxification, or the like is not easy for ozone gas alone. A harmful substance treatment method is one that makes ozone gas act on harmful substances, microorganisms, or the like in an environment humidified using a surfactant solution. The harmful substances include anticancer drugs. As a surfactant to be used, a non-ionic surfactant, an anionic surfactant, a cationic surfactant, or an amphoteric surfactant can be used.

An instantaneous sterilization system for ventilation and air conditioning comprises: an air inlet; an instantaneous sterilization device being one or more of a chlorine dioxide disinfector, a hydrogen peroxide or hydrogen peroxide silver ion disinfector, an ultraviolet disinfector, an ULPA ultra-efficient air filter, a HEPA high efficiency particle air filter, a laser disinfector, a microwave disinfector, an infrared disinfector, an X-ray disinfector and a -ray disinfector, an output end of the instantaneous sterilization device being provided with a sterilized air outlet, and the sterilized air outlet being communicated with air and serves as an output end of the instantaneous sterilization system for ventilation and air conditioning; and a fan, an air inlet end of the fan being connected with the air inlet, and an air exhaust end of the fan being connected with the input end of the instantaneous sterilization device.

A textile formulation adapted to impart an odor-controlling property to a textile material. The textile formulation is an odor capturing formulation comprising a carrier and an odor capturing agent. The odor capturing agent is a liquid dispersible boehmite. An odor absorbing article and a method of treating the odor absorbing article is also provided.

A composition for use in reducing splashing on excretion into a toilet, and optionally, the composition may be used to reduce noise and/or odor and/or to disinfect and/or to prevent accumulation of dirt on the walls of the toilet.

[Problem] Provided is a spraying system that allows an increase in design freedom.

[Solution] The present invention provides a spraying system comprising: an hypochlorous acid water supplier that supplies hypochlorous acid water; a mist generator that generates mist of the hypochlorous acid water; an upward guiding pipe that guides the mist upward; a lateral guiding pipe connected to the upward guiding pipe and extending in a lateral direction; a downward guiding pipe that is provided below a lower end of the lateral guiding pipe and that guides the mist downward; and a spraying section that is provided downstream from the downward guiding pipe and sprays the mist.

The present invention provides an air scavenger composition comprising by weight at least: extracts of sanguisorba officinalis and melia azadarach 10-30 parts, extract of sophora flavescens 10-30 parts, extract of robinia pseudoacacia 5-10 parts, extract of eucalyptus leaves 1-5 parts, extract of chrysanthemum 10-15 parts, extract of aloe vera 10-15 parts, nanosilver 0.1-1 parts, and artemisinin 0.5-2 parts.

To provide a sterilizer gasification apparatus that gasifies a sterilizer with reliability, improves the concentration of the sterilizer in the gas and is compact and a sterilizer gasification method. A helical metal pipe that meets at least one of conditions that a pitch of the helical pipe is equal to or greater than 1.0 mm and equal to or smaller than 30.0 mm and that an angle of the helix is greater than 0 degrees and equal to or smaller than 30 degrees with respect to a plane perpendicular to a central axis of the helix, a solidified molten metal layer in which the helical metal pipe is embedded in a casting process, a heating body that heats an outer surface of the solidified molten metal layer, and a nozzle that is at one end of the helical metal pipe and sprays a sterilizer into the helical metal pipe are provided.

A pass box configured to carry out complete decontamination of an article in a short time without affecting thermal status of a thermosensitive substance that may be present at an outer surface of the article. The pass box includes several zones (a carrying-in zone, a decontamination zone, an aeration zone, and a carrying-out zone) and a carrying apparatus configured to transfer the article inside the pass box. A decontamination-agent applying device of the pass box includes means for generating compressed-gas, means for supplying a decontamination agent, a mixed gas-liquid regulator intermixing the compressed gas and the decontamination agent and regulating the resulting mixed gas-liquid, and a heater heating the mixed air-liquid and transforming it into a decontamination agent mist. Amounts of the compressed as supplied from the compressed-gas generating means and the decontamination agent supplied from the decontamination-agent supply means, a heating temperature of the heater, and a temperature of the decontamination agent mist applied to the outer surface of the article are controlled.

The present invention provides an air scavenger composition comprising by weight at least: extracts of sanguisorba officinalis and melia azadarach 10-30 parts, extract of sophora flavescens 10-30 parts, extract of robinia pseudoacacia 5-10 parts, extract of eucalyptus leaves 1-5 parts, extract of chrysanthemum 10-15 parts, extract of aloe vera 10-15 parts, nanosilver 0.1-1 parts, and artemisinin 0.5-2 parts.