Nanotechnology start-up Hydrosome Labs has “developed a pure and chemical-free course of bettering the ability of water by means of the rising science of ultrafine bubbles,” based on the corporate in a latest press launch.
The innovation “will create a brand new ingredient model for companies utilizing water to ship energetic elements”, stated the corporate, which added that it plans to “announce a licensing cope with a significant magnificence firm recognized for its revolutionary applied sciences in just a few months…that firm is asking the brand new ultrafine bubble know-how the subsequent massive breakthrough in skincare”.
Hydrosome Labs, whose R&D group consists of members from outstanding business leaders, together with Nestle and P&G, expects to shut a Sequence A spherical of fundraising this spring. It additionally just lately accomplished a seed funding spherical final 12 months.
To study extra about Hydrosome Labs’ breakthrough ultrafine bubble know-how, together with the R&D course of behind the invention, its anticipated affect on beauty and private care product producers and suppliers, and the start-up’s plan for additional innovation and improvement on this house, we spoke to Bob Jacobs, President of Hydrosome Labs for his insights.
Jacobs has a level in Chemical Engineering and commenced his profession within the private care product house at P&G, the place he managed the manufacturing course of for Head & Shoulders. From there, he transitioned into advertising, spending most of his twenty-year profession with P&G advertising manufacturers like Crest and Thermacare.
R&D course of
Jacobs stated the innovation’s R&D processes centered “totally on three major areas: ultrafine bubble manufacturing, characterization, and software testing.” The patented know-how “know-how to create ultrafine bubbles [is] based mostly on rules of hydrodynamic cavitation (we name our distinctive bubbles Hydrosomes),” he defined, and “this system permits us to provide ultrafine bubbles of a selected dimension and focus with every manufacturing run.”
Additional, he added, “our engineering group additionally continues to adapt our know-how for customized functions which incorporates the modification of the fuel kind, dimension of the bubbles, and their focus for max impact.”
To make the innovation work, Jacobs shared, “after the bubbles have been generated, they have to be analyzed for his or her dimension, focus, and stability,” which “is not any small feat contemplating that ultrafine bubbles are very small, usually lower than 100 nm, and have a hole fuel core, making their detection much more tough.” Subsequently, he defined, “now we have investigated quite a few methods and make use of the most recent analytical instruments for ultrafine bubble detection and quantification to make sure the best high quality.”
He then shared that “as soon as now we have created a singular ultrafine bubble product, we should check it in a given software to confirm its effectiveness,” and to take action, “with our patented know-how, we will create ultrafine bubbles with exceptional longevity and shelf-life.” Consequently, “this permits us to develop ultrafine know-how to new software areas similar to topicals, cosmetics, drinks, meals, and different shopper product staples,” he stated.
Business affect
Concerning the potential affect of Hydrosome’s breakthrough know-how on cosmetics and private care product manufacturing, Jacobs stated that “the superior stability of Hydrosome Labs’ ultrafine bubble know-how opens new and thrilling potentialities for cosmetics and private care merchandise.” As a result of “these ultrafine bubbles can persist for lengthy intervals of time, over 18 months in some instances, we will guarantee that their impact will stay over the lifetime of the product they’re in,” he defined.
“The important thing function of Hydrosomes for cosmetics,” he continued, “is their capability to ship key elements, vitamins, and water, at higher portions, deeper into the pores and skin.” That is “achieved with out the usage of further chemical substances, surfactants, penetrating brokers, or preservatives—simply pure water with ultrafine bubbles.”
Consequently, “this know-how unlocks the potential to ship energetic elements extra successfully and should develop the usage of elements that had been beforehand missed resulting from their problem penetrating the pores and skin or enable for the discount or elimination of permeation enhancers, enabling cleaner formulations,” he stated.
Hydrosomes in cosmetics and private care are additionally a sustainable innovation, he added, as “there are not any added chemical substances, consumables or preservatives which can be wanted for Hydrosome Labs’ ultrafine bubble know-how. As well as, he shared additional, “the vitality inputs to create the ultrafine bubbles are minimal and don’t require particular electrical inputs or modifications.”
Subsequent steps for Hydrosome Labs
Shifting ahead, Jacobs stated, “the Hydrosome Labs scientific group is all the time investigating new methods to adapt and modify our know-how for functions in agriculture, shopper items, fermentation, sanitation, and life sciences.” Within the coming months, “our objective is to customise our ultrafine bubble know-how to maximise the advantages of this new know-how for our purchasers,” he defined, and “we’re presently conducting in depth analysis into the world of precision fermentation, which is commonly used to make private care elements.”
Precision fermentation is “a quickly evolving industrial space the place microorganisms are engineered to provide high-value molecules of curiosity like prescribed drugs, fragrances, uncommon chemical substances, and energetic elements, to call just a few,” shared Jacobs. ” Early outcomes point out that Hydrosome Labs’ know-how might assist improve progress charges of microorganisms, improve efficiencies, and general product yields on this booming market.”
About Hydrosome Labs’ future, Jacobs defined that “like different breakthrough applied sciences which were found, we imagine that we’re solely simply starting to establish the various methods our know-how can be utilized to enhance the efficiency of merchandise and processes.” Consequently, he concluded, “we stay up for working with new industrial companions to unlock its potential.”
