The present invention relates to a cleansing composition. Particularly, the present invention relates to a cleansing composition that provides superior antimicrobial e.g. antibacterial, effect in consumer relevant contact time of e.g. less than 5 minutes e.g 10 to 30 sec as well as required viscosity.

A method and system for disinfecting a fluid system is herein described. The method includes providing a fluid system having a reservoir containing a first fluid and a flow path in fluid communication with the reservoir, wherein the fluid system is configured such that the first fluid is selectively releasable from the reservoir to the flow path. A receptacle containing a second fluid, which comprises a disinfectant, is fluidly connected to the fluid system. The fluid system is configured such that the second fluid is substantially retained in the receptacle when the first fluid is not released from the reservoir, and such that the second fluid is drawn into the fluid system from the receptacle when the first fluid is released from the reservoir.

The present invention relates to cleaning compositions comprising low levels of hydrogen peroxide and at least one acid selected from the group consisting of salicylic acid, furoic acid and formic acid. The compositions and methods of the invention are particularly suitable for use in household cleaning, for example in hard-surface cleaning or cleaning soft surfaces such as textiles and laundry.

The present invention intends to disclose a process for in situ flocculation followed by solidification of biomedical waste that is capable of simultaneously treating and disinfecting solid and fluid samples. The process comprises of the addition of the waste samples to an alkaline aqueous solution of metal silicates followed by the addition of an organic or inorganic acid for flocculation and a solid metal oxide or phosphate at a defined volumetric and/or weighted composition leading to instantaneous solidification with >99.9% microbial disinfection and an all-in-one disinfecting device for treatment of biomedical waste. The present disclosure also provides a disinfection-flocculation-solidification and disposal device comprising the disinfection composition.

Disclosed are compositions comprising Rhamnus prinoides (GESHO) extract or fragments thereof and methods of using Gesho extract for the inhibition of biofilm formation.

Solution for decontamination of a working chamber that prevents charging a mist for decontamination and excessive wetting and liquid dripping on a wall surface (such as an isolator) inside a space during decontamination of such space with the mist. Device and method for decontamination using the same. The solution includes hydrogen peroxide solution in which a substance increasing the electric conductivity of an aqueous solution is dissolved. The substance may be an electrolyte or an inorganic salt or an organic acid. The decontamination solution preferably has an electric conductivity of 14 S/cm or more and has a residue on evaporation of 30 ppm or less. The device and the method are configured to discharge the decontamination solution toward the inside of a room to be decontaminated as the mist, thereby decontaminating the inside of the room to be decontaminated.

A coffee machine including a frother with an outlet channel for coffee and milk foam, and supply channels for milk, air, and steam respectively, and a nonreturn valve to prevent a fluid in one of the channels from flowing in an undesirable direction. The coffee machine also includes a clean water supply channel that connects to the milk supply channel with a T-junction distant from the frother. The T-junction further connects to a source channel for the milk.

A droplet bandpass filter and method of modifying droplet size distribution of a population of droplets suspended in a gas. Droplets suspended in a gas are flowed through a bandpass filter having a tortuous pathway which comprises at least one impactor region located at a position adjacent to a flow direction change. Larger droplets impact at the impactor region while smaller droplets remain suspended in the gas and flow in the first output direction. Other flow restrictors may advantageously be included in the tortuous pathway. The filter is particularly useful in delivering sterilant aerosols (e.g. peroxides) with reduced populations of large droplets.

A multi-layer article includes a non-active state and an active state. The multi-layer article includes an outer layer with a first side and a second side, and at least one inner layer that is disposed adjacent to at least a portion of the outer layer and that includes a volatile material therein. The at least one inner layer is coupled to the outer layer in both the active state and the non-active state. The multi-layer article is folded along an axis so that an upper portion of the multi-layer article is disposed on a lower portion of the multi-layer article. The outer layer is a non-porous, non-permeable material that includes an aperture.

A volatile composition dispenser includes a reservoir comprising a volatile composition; and an evaporative surface in fluid communication with the reservoir. The volatile composition comprises a first fragrance material that is a meta-(C1-C4 alkoxy)salicylaldehyde, and the first fragrance material is present in an amount of at least 0.0005%, by weight of the volatile composition. A process of treating an environment with a volatile composition dispenser includes providing a volatile composition dispenser and providing the meta-(C1-C4 alkoxy)salicylaldehyde to the environment. A weight loss of the volatile composition over less than 11 days ranges from 7% to 20%.