Company Filing History:
Years Active: 2019
Title: Innovations in Concrete: The Contributions of Inventor Jeremy Esser
Introduction
Jeremy Esser, an innovative inventor based in Biel/Bienne, Switzerland, has made significant contributions to the field of construction materials. With a focus on advanced technologies, Esser has developed a notable patent that enhances the properties of concrete, leading to improved performance and durability in construction applications.
Latest Patents
Esser holds a patent for "Advanced fiber reinforced concrete mix designs and admixtures systems." This innovative concrete mix comprises a unique combination of sand, fine aggregates, binders, fibers, and various admixtures. It achieves consistency ranging from S2 to SF3 and a compressive strength of 30-80 MPa. The mix is characterized by its ductility, represented by fc, ffl, fR1, and fR3 values. The formulation ensures at least 390 Kg of binder and a paste volume of 300-600 liters, incorporating at least two fiber systems and a comprehensive admixture system consisting of a minimum of two sub-admixture systems.
Career Highlights
Jeremy Esser is associated with Cemex Research Group AG, a leading company in the research and development of innovative construction materials. His role at Cemex allows him to contribute effectively to projects that aim to enhance the performance of concrete, making it more efficient and sustainable.
Collaborations
Working alongside talented coworkers such as Davide Zampini and Alexandre Guerini, Esser collaborates on research initiatives that push the boundaries of concrete technology. Their collective expertise fosters innovation and drives the field forward, resulting in advanced solutions that address contemporary construction challenges.
Conclusion
Jeremy Esser's contributions to concrete innovation through his patented designs and collaborative work at Cemex Research Group AG reflect a commitment to enhancing construction materials. His pioneering efforts not only improve the structural properties of concrete but also pave the way for more sustainable and resilient building practices in the future.