In the realm of men’s health, the quest for optimal well-being has found a new ally – Formulation Factory’s revolutionary product, SELF OBSESSED. As a brand dedicated to enhancing men’s vitality, we are thrilled to share an exciting development in the battle against factors that can undermine testosterone levels.
A recent article has shed light on groundbreaking advancements in the fight against per- and polyfluoroalkyl substances (PFAS), notorious endocrine disruptors implicated in the decline of male testosterone levels. These substances, once thought to be “forever chemicals,” are now being targeted by innovative technologies that aim to break the carbon-fluorine bond, a previously deemed impossible feat.
Scientists and entrepreneurs alike are joining forces to address the PFAS contamination crisis, which affects various aspects of our environment, from military sites and landfills to public water systems. The article discusses the emergence of numerous startups focusing on diverse technologies to dismantle PFAS, such as electrochemical oxidation, supercritical water oxidation, hydrothermal alkaline treatment, plasma destruction, ultraviolet light combined with photocatalysts, and sonolysis.
One company at the forefront of this battle is Aclarity, with its Octa system employing electrochemical oxidation. Aclarity’s CEO, Julie Bliss Mullen, spearheaded the journey of breaking the “unbreakable” bond during her PhD at the University of Massachusetts Amherst. The company’s innovative approach is gaining attention from landfill operators and wastewater treatment plants, offering hope for a sustainable solution.
Another notable player is OXbyEL Technologies, claiming to destroy both long- and short-chain PFAS in one step through a unique electrochemical cell. Their cost-effective approach and commitment to high oxidation potential make them a promising contender in the PFAS destruction market.
In the realm of supercritical water oxidation, Revive Environmental, in partnership with Battelle Memorial Institute, introduces the PFAS Annihilator. This technology is being tested in various applications, including the remediation of firefighting foam-contaminated sites, showcasing its potential to tackle PFAS at a commercial scale.
Hydrothermal alkaline treatment (HALT) enters the scene with Aquagga, armed with a system operating at lower temperatures and boasting the ability to handle high levels of salts. Aquagga’s HALT technology is making waves after successful field tests, offering a versatile solution for PFAS destruction.
Onvector and Dmax Plasma bring the power of plasma to the forefront. Onvector’s plasma vortex is designed to rapidly break down long-chain PFAS, with potential applications in conjunction with preconcentration technologies. Meanwhile, Dmax Plasma utilizes a unique reactor design, incorporating argon gas to create a plasma that efficiently breaks carbon-fluorine bonds.
Claros Technologies offers a UV-photocatalytic approach, leveraging ultraviolet light systems and inorganic photocatalysts to initiate PFAS destruction. Their inherently scalable technology aims to minimize energy consumption compared to alternative processes.
RemWell takes a unique subterranean approach with sonolysis, utilizing sound waves in a certain frequency range to break down PFAS. Positioned as an energy-efficient alternative, RemWell’s technology is undergoing testing in various locations, including a Department of Defense site.
As Formulation Factory looks to the future of men’s health, we are excited about the progress in dismantling the PFAS menace. These innovative technologies not only mark a significant stride in environmental protection but also hold the promise of mitigating the impact of endocrine disruptors on testosterone levels. SELF OBSESSED, our testosterone-boosting product, stands as a testament to our commitment to advancing men’s health in tandem with the evolving landscape of scientific breakthroughs. Stay tuned for more updates as we navigate the path to unlocking a healthier, more empowered future for men everywhere.
To learn more, read this article: https://cen.acs.org/environment/persistent-pollutants/Competition-destroy-forever-chemicals-heats/102/i7
