Business
Green Star Products Closes Deal on Graphene
Green Star Products Closes Deal on Graphene.
About this update from Green Star Products, Inc.
[{"type":"text","content":"Salt Lake City, Utah--(Newsfile Corp. - February 3, 2022) - Today, Ms. Kristy Hunt, President of Green Star Products, Inc. (OTC PINK: GSPI) announced, after months of negotiations, GSPI signed an exclusive contract to move ahead with the Industrial development of Joseph LaStella's Patented Graphene Processing System. The Patent # US10690047B1 was issued to Mr. LaStella in June of 2020. However, rounding up the majority of investors in Mr LaStella's patent and testing and finishing a more advanced concept of the patent (which will be kept as a trade secret) have delayed contract negotiations. Ms. Hunt further stated, \"Graphene was officially discovered in 2010 and the two researchers that discovered it received the Nobel Prize. Graphene is destined to change all our lives in the not-too-distant future. Graphene is 200 times stronger than steel, much lighter than aluminum, can carry electric current with no resistance, can filter water at the Nano scale level, to mention a few of its applications.\"In the past few years, the Graphene Industry has made great progress in the manufacturing and potential utilization of Graphene. However, it must also be understood that we are dealing with a product at the Nano level that can't be seen. It can only be categorized by a combination of the most sophisticated electron microscopes and highly trained personnel to interpret the images.\"Many types of Graphene are required for the industry; the production of single layer sheets has been successful by the industry and has many applications.\"However, Mr. LaStella's patent addresses a totally different application, the enormous Structural Industry. Mr. LaStella, who is a retired Professional Licensed Structural Engineer, realized the many potential problems early in the structural game and his processing patent clearly addresses these issues concerning Graphene Polymer Composite Structures. Graphene Polymer structural members require specific types of Graphene Powder depending on many physical parameters of the structure being manufactured. These parameters affect the dimensions of the Graphene Powder utilized, which can vary from 3 to 20 atomic layers in thickness and 20 nanometers to 350 nanometers in width. Any change in size or thickness of graphene will change strength, flexibility, and other structural behavior of the member.Producing jus...