Graphene could change the world… but will it make money?

On a Friday afternoon in the physics labs of Manchester University, Andre Geim and Kostya Novoselov were playing around with a lump of graphite. They’d heard how their colleagues down the hall used Sellotape to clean graphite before putting it under the microscope, so they decided to use some to peel a layer from the surface. A thin graphite flake stuck to the tape, so they kept repeating the process on that small sample. The flake became thinner and thinner.

They stuck with ‘the Sellotape method’ – formally known as micromechanical cleavage – and eventually got to a layer of carbon a single atom thick. It won a Nobel Prize for the two Russians. They had invented graphene.

Graphene has many special qualities – it’s been called a ‘wonder material’. It’s the world’s thinnest material, so it’s very light – but also extremely strong. And it’s an excellent conductor of electricity and heat. For example, its superconductivity could lead to ultra-fast graphene-based computer chips. Graphene is almost two-dimensional, which gives it a very large surface area. That adds to its potential uses too. So who is going to make money from it?

Britain invents, the world profits

History is littered with great British inventions and discoveries that became commercial successes abroad. Remember, the first modern computer was developed at Manchester University in the early 1950s. So to make sure we capitalise on the discovery of graphene, a £61m National Graphene Institute is being established in Manchester.

But there is serious global competition. The world recognises graphene’s potential. The EU has a billion euros of funding earmarked over the next ten years. And Korea will also spend heavily. But it is China that has published most research papers, and is also taking a lead in production.

Back in November we saw the IPO of Applied Graphene Materials (AGM). I wrote about it at the time. AGM is a spin out from Durham University, and aims to be a leading manufacturer of high purity, top quality graphene. It is potentially a UK graphene champion. The stock market is certainly excited: AGM is up 172% since launch. But is manufacturing the raw material, graphene itself, the best way to profit from it? After all, if graphene is going to be used widely its price can’t be too high and volumes have to be plentiful.

A new company on Aim called Cientifica (CTFA) believes that the real value in graphene is likely to be found in the companies that use it, rather than those who make it. CEO Tim Harper has recently returned from visiting a number of Chinese companies who have capacity in the hundreds of millions of tonnes. This puts AGM’s eight-million-tonne capacity plant in perspective.

What is more worrying is that Harper sees strong downward pressure on prices. Chinese manufacturers talk of prices that are “an order of magnitude” lower than you hear about in the West. Also, there are many different production methods, and at this early stage of the industry new processes will continue being devised. A further risk for the manufacturer is that the type of graphene it produces isn’t the type that ends up being in demand for a particular application.

Cientifica plans to invest in early stage graphene users rather than in graphene manufacturers. It has identified several markets where graphene could prove to be a game changer.

The first is energy storage. Graphene could significantly improve the performance of supercapacitors – devices which store power like a battery, but can be charged in milliseconds. Cientifica has an agreement with private company, London Graphene, which is developing applications in this field. At the moment they are jointly developing a business plan which might lead to Cientifica taking a stake in the business.

This is Cientifica’s only formal relationship so far, but there are plenty of opportunities for it to look at. Filtration is another market Harper is focusing on. Graphene filtration membranes are a hundred times more efficient than current technology. The end uses for filtration technology would be clean water, oil separation, chemical and food manufacturing.

Graphene has a big surface area and conducts heat well, so it’s perfect for infrared heating. Heating is another market where graphene has scope to make an impact.

Harper is also going to focus on the “personal wellness” market. What is that? Well, graphene based sensors can obtain biochemical information to monitor professional sportsmen.

In fact, there’s no shortage of interesting projects – far more than Cientifica has the scope to invest in at the moment.

Cientifica doesn’t have a huge war chest ready to deploy; investments will have to be financed on a deal by deal basis. This means Cientifica’s only asset is Tim Harper’s expertise as a science-based entrepreneur who is focused exclusively on graphene. It will be interesting to see what he comes up with.

  • grapheneexpert

    The report of millions of tonnes from China is not accurate. China is claiming that they will make tonnes of graphene platelets this in not a 2d material (this is not graphene) in 2014 this is yet to be independently verified AMG’s current capacity is Kilos they are building a plant that will produce a tonne but it isn’t graphene it is a synthetic graphite that can be processed to exfoliate graphene nano platelets. The global production of Graphene at the moment is probably less than 10 kilos per annum. High purity pristine continuous graphene sheets are at this time impossible to manufacture and if it were possible to manufacture such a structure handling would be impossible single pristine flakes of graphene very difficult to manufacture very expensive impossible to package for transit and are prone to rolling up or scrolling.
    China, with the largest graphite reserves in the world, is joining the ranks to actively conduct graphene R&D and industrialised layout. At present, China appears to be focusing on R&D in the context of supercapacitor and graphene electrodes. The Chinese effort is driven by Chongqing Research Institute Chinese Academy of Sciences. They report that they have succeeded in the preparation of 7-inch graphene flexible touch screens by making use of graphene based electrodes; Sichuan Jinlu Group, in collaboration with Institute of Metal Research Chinese Academy of Sciences, reports it has completed pilot testing of a 1500 kilo capacity graphene production line.
    Nanjing XFNano Material Tech produces several kilograms of graphenes daily, and its output of multilayer graphene hits 50kg/day; Morsh, taking advantage of the patent technologies possessed by Ningbo Institute of Materials Technology & Engineering, Chinese Academy of Sciences, is expected to conduct trial production of its 300-ton graphene production line project as of late 2013. But its products will be actually graphene nanoplatelets rather than real single layer graphenes.

    Reuters Wed Oct 9, 2013 12:55pm EDT

  • modsa

    Graphenenano GRPH sadly, are cencentrating their R&D and production in the technology hub being created by the Malaysian government who wish to develop production to provide hi tech jobs. GRPH is also selling lubricants to the oil drilling industry. I have a small investment in the company but will it be profitable? I’m afraid I’ve no idea.