Materials.Business Weekly ⚙️

November 16, 2021

Quote of the week: “Change before you have to." - Jack Welch, US chemical engineer and writer (1935 – 2020), Chairman and CEO of General Electric (GE) between 1981 and 2001.


From The Editor's Corner

Follow Tesla and get a reward


Nikola


Nikola Tesla was another of the inventors and entrepreneurs, like Noble, Edison, Marconi, etc., responsible for fueling the Second Industrial Revolution during the change of centuries between the 19th and 20th. Tesla born in 1856 in the today Croatian village of Smiljan. He studied engineering at the Joanneum Polytechnic in Graz, Austria, and then natural sciences at the Charles University in Prague, Czech Republic. As engineer worked for telecommunications companies, then migrated to the United States in 1884 where he expanded most of his innovation activity, until 1943, when he passed away in New York in 1943.


Immediately following his arrival in the United States, Tesla filed its first patent application in respect of an electric arc lamp. The last one, in 1928, was about an apparatus for aerial transportation. In total, there are registered in the US Patents and Trademarks Office 112 patents. Many of them also awarded as derivated patents in other countries like France, the UK, and Germany. Many of his inventions were protected by patents, but others not (such as the application of high frequency current for medical purposes). The inventions focus mainly on telecommunications, electrical and mechanical engineering, clinical technology, and aviation. Tesla contributed with other innovators like Wilhelm Röntgen for the X-ray discovery. Some of the Tesla’s inventions included the telephone repeater, the rotating magnetic field principle, the wireless communication, the radio, the fluorescent lights, and many others. Nowadays, some of his inventions are inspiring engineers and innovators looking for further solutions. This is the case of the wireless transmission of electrical power, described in a patent application presented 1897 and awarded on March 20th of 1900, the high frequency medical treatment mentioned before, and the “helicopter-airplane” patent granted in 1928, that could take off and land vertically in a way extremely interesting for aviation in the coming years. An issue related to his constant concern about the need for everyone to have electricity anywhere. One of his greatest contributions about the energy that we need today, is synthesized in the construction and operation of the world’s first large scale alternating current hydroelectric plant, in 1896, on the Niagara River, to transmit electricity to the Buffalo city, 14 km away. The project was developed on the basis of 12 patents, nine of which relate to Tesla's inventions such as the polyphase alternating current system, induction motor, coil transformer, three phase variable reluctance motor, armature for electric machines, electric generator, and the others about alternating-current power transmission.


Scientific societies, museums and others are named after Tesla as a tribute. Also, in 1960, the General Conference on Weights and Measures (CGPM), in 1960, established the Tesla unit of field intensity for magnetic fields (T), defined as the field intensity generating one newton of force per ampere of current per meter of conductor: T = N.A⁻¹.m⁻¹. But probably, the greater tribute has been the foundation of Tesla Motors Inc. in 2003 by engineers and entrepreneurs Martin Eberhard and Marc Tarpenning.



The Company


​We are talking about currently named Tesla Inc., formerly Tesla Motors Inc., which has been led by Elon Musk since 2004 when he took part in a round of venture capital financing and invested USD $6.5 million or 87% of the expected funding. Tesla Inc. has become one of the four US companies appraised over USD $1.000.000.000 joint together Apple, Amazon, and Microsoft. Currently, Musk is presented as the richest person worldwide. These are figures about a company that, in agreement with the founders' spirit, sells conventional body cars just equipped with a battery and the software for empowering the wheels. A product that is leading the Fourth Industrial Revolution or the fusion between the physical and virtual worlds. Intangible assets instead of tangible ones. As we mentioned before, cars are changing from more than 20.000 parts in conventional fuel automobiles towards some hundreds in e-cars. A small number of parts are a great business. However, when we look at USPTO records, we see that 814 patents and applications were granted or filed on behalf of Tesla Inc. as the owner. A car with more incorporated patents than parts. According to the trends, Tesla is selling more and more patented knowledge incorporated in fewer and fewer parts. In some way, the cost of the Company is the cost of its patents. A great reward for following Nikola Tesla!


Such an amount of Tesla’s patents or applications includes many issues, some of them indirectly related to corrosion and anticorrosion subjects. But many are directly related to engineering materials, and some are concerned directly with corrosion prevention. As always, behind successful brands, people are working hard. Here, it is possible to mention inventors and two of the major worldwide figures in nanotechnology directly related to Tesla NanoCoatings, Jorma Antero Virtanen, Chief Scientist, and Todd Hawkins, CEO, inventors of almost 50 patents or applications in the list mentioned earlier. The following is one of the inventions consolidating the current reign of the Company:


An invention granted (in force)

Patent granter: US Patent & Trademark Office - USPTO

Patent No.: 10,074,454

Title: Method for corrosion prevention

Inventor (s): Jorma Antero Virtanen and Todd Hawkins

Applicant (s): Tesla Nanocoatings, Inc.

Date of patent: 11.09.2018

Expiration: 31.08.2032 (Anticipated)

Summary: A complex, multi constituent, a cathodic protective coating was invented with properties depending on the nano-scale behavior of its constituents. The patent includes 19 claims concerning the coating and the application method. The coating formulation invented includes metal nanoparticles nobler than the passivated steel substrate, comprising at least one of Ni, Co, or Mo; a mixture of graphite nanotubes, graphene, and graphite acting as an electric bridge in between the noble metal particles; an antioxidant such as tannic acid; aluminum i-propoxide, trimethyl borate, or lead oxide; sacrificial metal nanoparticles less noble than the substrate (Zn, Al or Mg); silica, alumina, titanium oxide, copper oxide, or tin oxide nanoparticles; and cellulose. In the end, a conventional polymeric matrix, v.gr. epoxy, as the body of the protective powder coating.

For sure, Tesla following Tesla is bringing great rewards. Without a doubt, the Corrosionists following Tesla will also get them!

Remember: Protection of materials and equipment is a profitable business!

Prof. Carlos Arroyave, Ph.D. Editor.

www.arroyave.co.


Materials Biz News

A new epoxy coating containing multi-walled carbon nanotubes

A recent report shows promising self-healing capacity, and corrosion inhibition properties of an epoxy coating loaded with multi-walled carbon nanotubes, applied on steel surfaces, and exposed to marine environments. Nanotubes were filled with the leaf extract of palm tree dissolved in acetone. Microscopic, spectroscopic and electrochemical analysis showed that the corrosive attack was considerably reduced.


Initiatives in green energy technologies

In partnership with the Toyota Research Institute of North America, the Electrochemical Society requests proposals from young professors and scholars pursuing innovative electrochemical research in green energy technology. The purpose of this fellowship is to encourage young professionals and scholars to pursue research into batteries, fuel cells and hydrogen, and future sustainable technologies. To be eligible, an applicant must be less than 45 years old and work in North America.


Augmented reality helmet for maintenance jobs

Mira a Los Angeles-based technology company will deliver a new augmented reality headset to Travis Air Force Base to help augment its maintenance operations with the latest technology. The technology includes head-up displays, hands-free AR headsets, and interactive workflow tools to help users process engineering orders and facilitate remote troubleshooting.


Jobs


Implement leading-edge technologies in advanced materials

Advanced Materials Engineer.

Supporting engine manufacturing developing software platforms

IoT Pipeline Engineer.

Join to a performance materials and technologies team

Advanced field service engineer.


Applying Engineering to Asset Integrity

Asset Integrity Engineer.


Networking & Knowledge Exchange​​

Aluminum and magnesium as a bridge to a sustainable future. Virtual

GfKORR, joint with the European federation of corrosion, is offering a conference to provide insights into new findings and developments on using the two metals and further development. Subjects to be considered include innovative corrosion protection concepts in aviation, automotive, construction, and medical technology applications.

Date: FromTuesday, November 23rd to Saturday, November 24th of 2021.

Brazilian seminar on stainless steel. Virtual

ABINOX (Associação Brasileira do Aço Inoxidável) is offering a conference to bring together experts and other professionals to present and discuss aspects related to stainless steels such as new applications, markets, technical development, possible problems, and the solutions adopted due to stainless steels have been increasingly used as a definitive alternative against corrosion problems

Date: Wednesday, November 24th of 2021.

Hour: From 09:00 to 16:00 BRT (GMT - 3)

Taking chemistry to market. Virtual

Royal Society of Chemistry offers a webinar to share knowledge of this non-technical area by hearing from an expert panel about their experiences, turning their knowledge, skills, and research in the chemical sciences into viable and exciting businesses worldwide. You will be attending speakers such as:

● Suphiya Khan, Associate Professor at Banasthali University and founder of Drumlins Water Technologies Pvt Ltd., India.

● Kylie Vincent, Professor of inorganic chemistry and a fellow of Jesus College at the University of Oxford, UK.

● Kelly Chibale, Professor of organic chemistry at the University of Cape Town, South Africa.

● Zhongxin Zhou, president of Canadian Society for Chemistry and Executive Director of Gilead Sciences, Canada.

Date: Tuesday, November 23rd of 2021.

Hours: 13:00 BST (GMT)


Upcoming events

November 2021

November 17th Corrosion Engineering Course - 6th edition. (Link)

November 18th Webinar in corrosion sciences. (Link)

November 19th Corrosion control and mitigation conference from NACE (Link)

November 23rd Aluminum and magnesium as a bridge to a sustainable future (Link)

November 23rd Taking chemistry to market. (Link)

November 24th Brazilian seminar on stainless steel. (Link)

On-demand

2021 Corrosion science symposium and advances in corrosion protection by organic coatings (Link)

Photo by Milan Csizmadia on Unsplash