The present disclosure relates to a composition for sanitizing and de-odorizing air and method of making the same. The composition may reduce and eliminate airborne bacteria and odor in an environment. The composition may include ethyl alcohol, propylene glycol, an essence such as linalool or linalyl acetate.

The present disclosure relates to a composition for sanitizing and de-odorizing air and method of making the same. The composition may reduce and eliminate airborne bacteria and odor in an environment. The composition may include ethyl alcohol, propylene glycol, an essence such as linalool or linalyl acetate.

The present invention discloses a novel multipurpose fast dehumidification device, in which materials with different functions can be placed simultaneously or separately, such as moisture absorption materials, aromatic materials, mosquito repelling (insect repelling) materials or deodorization materials. The present invention comprises a base, a placement frame and a circulation mechanism One end of the placement frame is movably connected with the base, and the other end of the placement frame is movably connected with the circulation mechanism; and the moisture absorption materials are placed in the placement frame. After the device is started, air in an environment is sucked by the circulation mechanism, then reaches the placement frame, and then is discharged from the placement frame after being dehumidified. The present invention has the beneficial effects that the structure is simple, and the use is convenient; the complicated structure of a traditional dehumidifier is abandoned, and the cost of a product is reduced to a maximum degree; at the same time, a single dehumidification function is expanded, which can play a role in different use scenes. That is, besides the dehumidification function, functions of atmosphere creation, mosquito repelling (insect repelling), deodorization and the like can also be realized.

Natural polymer-based fibrous elements including a modified polymer derived from a natural polymer and a surfactant, method for making such natural polymer-based fibrous elements and methods for making such fibrous structures are provided.

The antibacterial deodorant composition according to the present invention includes an aqueous colloidal solution containing 1,500-2,500 ppm of nonionic copper nanoparticles having an average diameter (D50) of 2-10 nm.

The invention provides a system for sanitizing fluids such as water and air. In particular, the invention provides a combination of solid chlorhexidine and a polymer matrix, for which effluents are essentially free of leached chlorhexidine. The systems enable rapid disinfecting of fluids, including in line at the point of use, and can be employed for both high volume applications and disposable single-use applications.

The invention provides a system for sanitizing fluids such as water and air. In particular, the invention provides a combination of solid chlorhexidine and a polymer matrix, for which effluents are essentially free of leached chlorhexidine. The systems enable rapid disinfecting of fluids, including in line at the point of use, and can be employed for both high volume applications and disposable single-use applications.

An aqueous dispersion, an aqueous coating composition comprising the aqueous dispersion, and coatings made therefrom capable of slow release of fragrance.

To provide an agent for rapidly capturing aldehydes and carboxylic acids even in a neutral range in the vicinity of pH=7.

Against aldehydes and carboxylic acids, a deodorant comprising a carboxy group-containing O-substituted monohydroxylamine or a chemically acceptable salt thereof, and an amine, is used.

An olfactory environment management system includes a plurality of odor sensors, an aroma diffusing device, and a control server. Each of the plurality of odor sensors detects a chemical substance and determines a detected concentration of the chemical substance. The aroma diffusing device is equipped with first to n-th aroma capsules selected among a plurality of aroma capsules. The control server controls a combination of scents diffused from the aroma diffusing device. The aroma diffusing device determines an epicenter concentration of the chemical substance based on the detected concentration received from each of the plurality of odor sensors and transmits an identity of the chemical substance and the epicenter concentration to the control server. The control server individually controls an intensity of the emission of the aromatic substance of each of the first to n-th aroma capsules based on the identity of the chemical substance and the epicenter concentration.