I am an of NanoMetallis NTBD
NanoMetallis aims at RD&I in the productive sectors like Energy, Polymers and Construction using nanotechnology. The proposed solutions are innovative, disruptive and like all technology, their existence is linked to the research developed in the company itself. We are a company that produces solutions with its own technology through R&D and validation. In the renewable energy sector, we have developed a new nanotechnological catalyst generating a new process to produce biodiesel. The great differential in relation to the traditional process is the use of crude soybean oil or degummed without the need to go through the expensive stage of the neutralization; the reaction produces ester content above the minimum required by standards and carried out at room temperature between 12-45 °C; reduction in washing processes; significant reduction in the amount of phosphorus (<3mg) as well as in metals; with other raw materials such as crude cotton oil with acidity of 3.5-4.5% does not requir...
NanoMetallis aims at RD&I in the productive sectors like Energy, Polymers and Construction using nanotechnology. The proposed solutions are innovative, disruptive and like all technology, their existence is linked to the research developed in the company itself. We are a company that produces solutions with its own technology through R&D and validation. In the renewable energy sector, we have developed a new nanotechnological catalyst generating a new process to produce biodiesel. The great differential in relation to the traditional process is the use of crude soybean oil or degummed without the need to go through the expensive stage of the neutralization; the reaction produces ester content above the minimum required by standards and carried out at room temperature between 12-45 °C; reduction in washing processes; significant reduction in the amount of phosphorus (<3mg) as well as in metals; with other raw materials such as crude cotton oil with acidity of 3.5-4.5% does not require the neutralization. Cold clogging point between 0 and -5 ° C without the need for additives. The waste generated is used for the production of nanoparticles with high added value and in study the use of solid waste for the production of fertilizers, because there are many nutrients present. The glycerol compound does not require further purification steps, only washing with acidified water. In addition to glycerin, the compound is formed by small molecules and has use in the functionalization of nanoparticles with application in different areas. The biodiesel production plant with the new technology is simple and sustainable, saving water, energy and chemical inputs. The production of the catalyst is own technology and uses commodities and will not be outsourced because it involves industrial secrets. The pilot plant for the validation of the technology is compact compared to the traditional one and at a lower cost. The new process for the production of biodiesel results in a high-quality biodiesel, with a significant increase in profits and lower environmental impact in relation to the traditional process. New biodiesel production technology adds value to the verticalized sector of the soy industry and the economy as a whole.
More information