Launchspace Technologies Corp

Coastal Protection Engineering LLC (CPE) is a coastal engineering firm based in Boca Raton, FL, dedicated to serving coastal communities through beach restoration and coastal management expertise. With a commitment to technical excellence and high-quality service, CPE supports government clients and waterfront communities in restoring and protecting vital coastal resources and infrastructure. Founded on the principles of collaboration and innovative solutions, CPE specializes in a full spectrum of coastal project services, including engineering design, feasibility assessments, and environmental assessments. The firm's recent merger with MRD Associates enhances its capabilities in coastal resilience and environmental solutions, assuring clients of comprehensive support in addressing evolving coastal challenges. Generated from the website

Paramount Engineering Group, based in Boca Raton, FL, is a distinguished engineering firm specializing in mechanical, electrical, and plumbing engineering services. With a strong emphasis on collaboration and meticulous attention to detail, their team is dedicated to delivering tailored solutions that exceed client expectations across various industries. Led by Principals Daniel Thompson and Andrew Youngross, Paramount Engineering Group leverages advanced technology to provide innovative designs that ensure optimal efficiency and sustainability. Their diverse market expertise enables them to drive innovation and success for projects ranging from commercial developments to educational facilities, both nationwide and in the Caribbean. Generated from the website

Dioxide Materials, Inc., located in Boca Raton, FL, specializes in the development and sale of advanced technologies for carbon dioxide conversion and hydrogen production. Their product offerings include anion exchange membranes, carbon dioxide electrolyzers, and various components designed to support sustainable energy solutions. The company's focus is on enabling a low carbon future by reducing the curtailment of renewable energy and contributing to the hydrogen economy. Through innovative applications such as CO2 conversion to formic acid, Dioxide Materials aims to drive advancements in clean energy technologies. Generated from the website