Bridging The Gap Between Idea And Industry: Boosting Innovation By Collaboration With START-UPS

We are only a few weeks away from the CIEX 2020 VIRTUAL and we have recently  interviewed one of the key speakers Markus Solibieda Managing Director at BASF VENTURE CAPITAL about the highlights of his session on boosting innovation by collaboration with START-UPS and the main challenges.

Question #1: Without giving too much away –what is the core message of your talk and what would you like delegates to remember? 

Markus: The digital transformation of the chemical industry has just started and will have an impact beyond our imagination. We are seeing numerous opportunities for our business, our clients and our natural environment.

Question #2: Why did you choose the topic of your talk?

Markus: We see the benefits of working with start-ups every day. While the mindset of corporate organizations and start-ups differ quite substantially, they can form very successful partnerships. To bridge the gap between these cultures is a rewarding exercise for us as a Corporate VC.

Question #3: What motivates you to join CIEX 2020 and what are your expectations?

Markus: It is always inspiring to meet and to engage with start-ups from and around our industry. At the same time, I look forward to meeting peers from other corporations who have a mindset of open innovation. I expect to be able to meet interesting new companies and to engage with investors and corporates who are excited about investing in hard science and digital business models.

Question #4: The need for innovation has been a continued topic for the chemical industry –how would you sum up the current state of the industry, specifically with a focus on its innovation efforts?

Markus: The current economic situation will not remain without effect on the question of how budgets are defined and allocated. This crisis should be taken as an opportunity to rethink innovation as a joint effort of several players who form (temporary) partnerships to succeed. The COVID-19 crisis has accelerated our ability to form (virtual) partnerships and to collaborate outside of existing structures.

Question #5: What must (chemical) industry leaders do to remain competitive and prepare for the future?

Markus: We have to constantly learn, listen to our customers, think strategically, embrace (digital) change and create new partnerships with our customers and stakeholders.

Question #6: Looking back on the past 3 months please share your thoughts on the impact of COVID-19 on the industry but also society in general

Markus: The chemical industry has been more resilient than expected, but COVID-19 was and still is a catastrophe for many other industries. In terms of the societies we live in, lives and wealth have been lost, but many organizations and individuals have transformed themselves at an incredible speed. If we all reflect about and act upon our learnings, this period will be remembered as a starting point for new trends, important changes and positive transformations in our societies.

Join the CIEX 2020 Virtual event and see Markus’ full presentation and from other industry leaders from COVESTRO, CRODA, DUPONT, DSM VENTURING, BRASKEM, THE DOW CHEMICAL COMPANY and many more

Can’t make the live event? No worries, just register and you will receive access to all the video recordings!

[adrotate group=”1″]

Embedding Sustainability into Daily Business

CIEX 2020 VIRTUAL conference is just around the corner and as part of our pre-conference interviews we recently spoke with Pascal Chalvon, Chief Sustainability & Energy Officer at SOLVAY about the highlights of his session on translating sustainability into daily business and the main challenges.

Question #1: Without giving too much away – what is the core message of your talk and what would you like delegates to remember?

Pascal: Sustainability is no more a question for experts and dreamers, it is the responsibility of managers and an expectation of the whole society. Embedding sustainability into daily business requires adapting strategy, governance, metrics and bold goals.

Question #2: Why did you choose the topic of your talk?

Pascal: Beyond great ideas, we need to act. How to make it happen is an interesting question.

Question #3: What motivates you to join CIEX 2020 and what are your expectations?

Pascal:  Sharing our experience with Solvay One Planet, listening to other good solutions, this is a good path to innovate and create sustainable value

Question #4: The need for innovation has been a continued topic for the chemical industry –how would you sum up the current state of the industry, specifically with a focus on its innovation efforts?

Pascal: We are at a turning point where the decision-making process of innovation pipes, for products and technologies, has to integrate the extra-financial factors. Beyond competitiveness and technical solutions, impact on climate, biodiversity, environment, resource scarcity and life respect in all forms become part of the equation. Chemistry is at the heart of any material transformation, being the mother of all industries, has an essential role to play.

Question #5: What must (chemical) industry leaders do to remain competitive and prepare for the future?

Pascal: Industry leaders have to embed sustainability in any decision they take, in everything they do, being aware of the impact of their decisions and act for a better and more inclusive world

Question #6: Looking back on the past 3 months please share your thoughts on the impact of COVID-19 on the industry but also society in general

Pascal: The COVID experience could be characterized by 3 phases: the crisis time, the rebound, the new normal. The first 3 months have been mainly phase 1 and we entered into phase 2 while thinking of what will be the phase 3.

Industry has struggled to mitigate the health and economic crisis, but in the meantime, chemistry has revealed to be essential.

Let us hope that from the crisis will emerge an acceleration for an ecological and inclusive way of life. The society seems to be asking for that, but inequality in front of the COVID also revealed that inclusiveness is essential in the equation.

[adrotate group=”1″]

Green Deal Impact On Economic Viability: Is It A Question Of Being Profitable Or Being Green?

CIEX 2020 VIRTUAL conference is just around the corner and as part of our pre-conference interviews we recently spoke with Dr. Christian Hartel, Member of the Executive Board at WACKER about the highlights of his session on Green Deal dilemmas and the main challenges.

Question #1: Without giving too much away – what is the core message of your talk and what would you like delegates to remember?

Christian Hartel: Innovation is the key ingredient of Europe’s recipe for competitiveness, not the least for the chemical industry. So naturally, we tend to put a lot of trust into innovation, solving our challenges and paving the way into the future. However, while new inventions and technologies certainly will continue to propel us forward, innovation alone will not be able to bring the Green Deal forward in the way we have envisioned it.

What we need more than ever, is a complementing framework that enables the European Green Deal to work from the bottom-up and that gives economic actors the right tools to put it into practice. While there are many contributing pieces towards this, the access to affordable renewable electricity belongs to the most important ones. It is unarguably the cornerstone of an economy aiming for climate-neutrality by 2050, and a decisive factor for developing and scaling-up the application of key low-carbon innovations such as direct electrification, green hydrogen or carbon capture utilization (CCU) in the wider economy.

However, as long as most of our international partners don’t share the same ambition for climate action as Europe, especially our energy-intensive industry will continue seeing the structural competitiveness gap increase vis-à-vis global players. An illustrative example is our situation, in which WACKER finds itself since a couple of years: In the case of polysilicon, the basic material for solar panels and semiconductors, WACKER faces electricity costs 2-3 times higher than in comparison to its key competitors in Western China, who benefit from cheap electricity prices and other state-backed subsidies, such as cheap financing and land use rights. As a consequence, Chinese producers have been able to drastically strengthen their dominance along the entire value chain of solar panels, at the expense of Europe’s industrial autonomy and competitiveness.

The second, major challenge of the Green Deal is, therefore, to ensure an industrial transition according to the objectives of the Green Deal that doesn’t compromise global competitiveness. Facing a tough economic outlook in the aftermath of the global COVID19 crisis, this objective is only gaining in significance. At WACKER, we consider a European electricity price to be a complementary building block for bridging the decarbonization and competitiveness gap for European industry in the long-term, as well as part of an effective economic recovery response in the short-term. This is what we would call a “constructive green deal”, helping the environment, growing the industry and securing jobs in Europe.

Question #2: Why did you choose the topic of your talk?

Christian Hartel: WACKER and its employees, being part of a family-owned company since over a century, have always worked hard at putting sustainability at the very heart of our business. In fact, as a significant global and Europe’s only supplier of hyperpure polysilicon, we provide our customers with the basic raw material that is enabling one of the cleanest and most cost-efficient energy sources of the future: photovoltaic energy. Providing fossil-free electricity for an integrated energy system will be one of the major tasks of our upcoming decade and our employees are working with lots of inspiration on developing new solutions, for example, in the field of silicon-based anode materials for the next-generation batteries.

Speaking not only as a supplier, but also as a big consumer of electricity, we believe that electrification of the chemical industry is one of the main levers to steer our sector towards climate neutrality by 2050. Due to technical necessities, WACKER has already electrified several processes in the production of solar polysilicon. Now, we want to leverage that technical know-how to other applicable areas and together with other parts of the value chain, make sure that we deliver on the objectives that we, as a society, have set for ourselves and our future.

But despite welcoming the objectives introduced by the Green Deal, the obligation for becoming climate neutral also introduces a dilemma of a new kind. While investing into innovative processes and new electrified plants will increase the capital and operational costs for European producers, on the one hand, international competitors on the commodity market will on the other hand not face the same constraints, as they operate under completely different industrial systems and climate targets.

If this transformation is to sustain in the long-term, we must recognize that – unlike when the ETS was introduced – the EU’s energy-intensive industry is today in a harsh systemic competition with China and other regions. This structural distortion of competition must be acknowledged and can only be resolved by introducing a smart mix of carbon leakage protection instruments that enable European innovations and carbon-neutral production processes to stay competitive towards global and fossil competitors. At WACKER, we believe that a European industrial electricity price is an indispensable tool in that policy toolbox.

Question #3: What motivates you to join CIEX 2020 and what are your expectations?

Christian Hartel: We at WACKER don’t have all the answers to our challenges and frankly, many of these challenges can only be tackled jointly. For example, understanding how we as the industry can help in securing and supplying affordable renewable electricity – which in the light of the climate neutrality target essentially is becoming a scarce resource – is a topic that needs to be discussed with everyone along the value chain, as it will shape all of our innovation and investment activities.

Of course, I am looking forward to receiving input from other participants and hearing on how they deal with challenges that are similar to ours. Last but not least I am open to bringing back home ideas for new technologies that we might be able to apply at WACKER.

Question #4: The need for innovation has been a continued topic for the chemical industry – how would you sum up the current state of the industry, specifically with a focus on its innovation efforts?

Christian Hartel: Sustainability is without a doubt the overriding topic for the whole chemical industry and can be approached from different angles. From the b2b-consumer perspective, it means tighter specifications and higher traceability for products, and better foresight with regards to regulatory compliance – achieving all of the above at a better cost position and offering better functionality.

From the manufacturing side, increasing sustainability will manifest itself in developing more efficient processes – so basically, making more from less. Feedstock needs to become more renewable and circular, meaning a higher degree of utilizing carbon dioxide, green hydrogen, natural raw materials without causing additional environmental damage. To give an example, nowadays we at WACKER source two of our biggest raw materials, acetic acid and methanol, also from plant-based sources.

Obviously, this can be a challenge when scaling-up production, since regional hubs often need to provide global supply chains. This whole menu amounts to squaring the circle – and here, setting the right priorities at the very start is key. What is important to me is that the developed innovations have the potential to be commercialized. Again, this can only happen with effective support measures by the government to prevent carbon leakage.

Question #5: What must (chemical) industry leaders do to remain competitive and prepare for the future?

Christian Hartel: The chemical industry is often referred to as “the industry of industries”, as it presents the very backbone of all other industrial value chains. Applying a strategy that fails to acknowledge this basic structure and that in the worst-case makes chemical production uneconomical in Europe will be counterproductive not just for the objective of reducing CO2 emissions, but also for re-building a sustainable industrial ecosystem in Europe.

I think that the first thing we must do as industrial leaders is to signal our willingness to lead by exemplary change and action. This will undoubtedly take lots of effort and through various means. In the end, only by rebuilding trust and confidence towards society, can we jointly define our path towards carbon neutrality.

At the same time, I believe that by showing commitment towards sustainability, we are fueling the motivation of our own employees, attracting new talents from around the world and thereby equipping ourselves with the best minds possible to help us become more competitive in a sustainable manner.

Question #6: Looking back on the past 3 months please share your thoughts on the impact of COVID-19 on the industry but also society in general

Christian Hartel: Speaking from a company’s point of view, facing an economic recession caused by such a drop in demand and production is not a pretty thing. It naturally causes some concern and worry about the future. Our colleagues at WACKER have reacted in the most professional manner, with a priority on health, safety, and serving our customers among all the on-going pressures. By doing that, we’ve managed to ensure the viability of the company. Now, we want to make sure that we are positioned in the right way to provide solutions that society demands as the situation continues to evolve.

From a more general perspective, COVID-19 has highlighted the vulnerabilities of our current economic system. In today’s interconnected world, nobody is invincible. With that realization comes a certain degree of humility that can hopefully be transformed into better insight on how to restructure our economy according to the priorities and principles of the Green Deal and the Sustainable Development Goals.

The current situation gives us a unique opportunity to rethink where we are and where we want to go. Indeed, the transition to a climate-neutral economy, to a circular economy and the protection of biodiversity all have the potential to rapidly deliver jobs, growth and improve the way of life of all citizens worldwide, and to contribute to building more resilient societies.

It’s not a matter of creating a new economy from scratch. We already have all the tools and many promising technologies. Over the last 10 years, tremendous progress has been made in most transition sectors, developing new technologies and value chains, and dramatically reducing the cost of the transition: 10 years ago, wind energy was three times more expensive than it is today, and solar energy seven times.

Political will is here. We already have the plans and strategy. Projects such as the European Green Deal and other national zero carbon development plans have a huge potential to build back our economy and contribute to creating a new AND SUSTAINABLE prosperity model.

It’s time to prepare Europe for the future and design recovery plans, both at the local, national and at the EU level, enshrining the fight against climate change as the core of the economic strategy. Massive recovery investments must trigger a new European economic model: An economy that is more resilient, more sustainable, more sovereign and more inclusive. The social impact of the Covid-19 epidemic is already tremendous and resistance to further investments in the transition to a climate-neutral economy is not the way forward.

[adrotate group=”1″]

Overcoming Sustainability Challenges By Establishing Cross-Industry Collaboration

In the run-up to the CIEX 2020 conference, we had an opportunity to catch up with Pierre Joris, President at A.SPIRE who will reveal A. SPIRE’s perspective on achieving sustainability by cross-industry collaboration. We had a few questions for him related to his session, to warm up a bit for the event.

Question #1: Without giving too much away –what is the core message of your talk and what would you like delegates to remember? 

Pierre: The sustainability challenges that the Chemical Industry is and will be facing in Europe are enormous. The climate neutrality and circularity ambitions that are being discussed at European levels are very inspiring but will mean for our industry, not only huge transformation investments but well before that, the development and scaling-up of very disruptive innovations that will make that transition feasible.

This can be achieved only by combining forces and resources to address these formidable challenges and by moving forward together in a collaborative manner. This applies certainly for collaboration within our industry but is also needed across other process industries, such as Steel, Cement, and many others. First of all, because these industries do face similar challenges and will most often rely on the same fundamental technology solutions to manage that transition. But also because cross-industry collaboration is the only effective way to bring into the picture the precious industry symbiosis solutions that will be needed to succeed. Such a need for cross-industry collaboration is the core message of this talk.

Question #2: Why did you choose the topic of your talk?

Pierre: Because I want to convey a certain sense of urgency. Although the full climate neutrality and circularity transition that is ambitioned is still decades away, time is really of essence as investment cycles in our industry are pretty long. These long investment cycles will, therefore, require that most of the disruptive technologies needed can reach TRL9 level within a decade or so. This is really tomorrow when you look at the innovations that are being considered. The cross Industry collaboration that I, as president of A.SPIRE, am advocating in this talk, needs to happen now.

Question #3: What motivates you to join CIEX 2020 and what are your expectations?

Pierre: CIEX brings together a high number of industry leaders and experts in the field of Innovation. This is, therefore, a great platform to bring this message and convince them to move forward, but also to get constructive interaction on this topic. I think also that the spirit of this event is to foster collaboration as an essential element to innovation, hence a perfect alignment on the main message I wish to bring.

Question #4: The need for innovation has been a continued topic for the chemical industry –how would you sum up the current state of the industry, specifically with a focus on its innovation efforts?

I am not in the best position to reply to this question and you can certainly have a better perspective on this topic by looking for example at the Suschem R&I agenda.

Besides, I think that it is very difficult to sum-up the current state of the chemical industry from an innovation perspective in a single conclusion, as there is such a variety of realities in the chemical industry. You can go from small focused companies to large diversified companies, from pure commodities, very mature products and processes, where survival goes through cost and productivity performance, to sophisticated and differentiated specialities where product innovation for new needs will be the keyword.

All in all, and on a very personal note, I think that the Chemical Industry has always been and will remain a very vibrant industry from an innovation perspective, providing most of the new solutions that our society will need to address the major societal challenges, whether in terms of clean energy, clean mobility, growing and ageing population, need for high-performance data treatment and sensors, etc….

I regret though that our industry has been so slow in embracing itself modern digitalization trends, such as AI, or block-chains, in its own processes, from production processes, to innovation process through the way it does business with its partners. I am convinced that these tools and best practices can really help our industry be faster and more effective, in particular in innovating and in developing the new solutions that our downstream users need.

And this is particularly true for the development of the new solutions that our industry will need to transition to climate neutrality and circularity. Discovery of new catalysts for CO2/CO reaction can be accelerated through AI, traceability of materials in a circular economy can be helped by block-chains, competitiveness of new climate-neutral processes can be improved through deep process digitalization etc.

Question #5: What must (chemical) industry leaders do to remain competitive and prepare for the future?

Pierre: With no surprise to you, I will certainly put innovation as one of the priority that any European chemical leader needs to have in mind to keep its company competitive. Commoditization is faster and faster in our industry and Europe is well known not to have any specific cost competitive advantage. Differentiating our product offerings, improving process efficiencies, developing the best solution for our downstream value chains needs, or offering the best business models are all therefore key to remain in the lead and this goes through innovation.

But within such innovation space, I genuinely think that tackling the robust and innovative sustainability solutions that will enable our companies to address the key societal challenges of either climate change, resource scarcity or waste management will be critical for preparing for the future. First, because our industry will simply need those solutions if it desires to keep its “License to Operate”. Second, because it will be (and is already) a must to keep attracting the best minds in our companies, and hence ensure a bright future. And last but not least, because this will put our companies in the leading seat for competing globally in the climate-neutral and circular society that our word will need in the future.

Question #6: Looking back on the past 3 months please share your thoughts on the impact of COVID-19 on the industry but also society in general

Pierre: COVID-19, or rather the fighting strategy that our respective governments decided to adopt in front of COVID-19, have had for sure a very damaging short impact on our companies, and this of course to various extent, depending on the market segments served.

From a management standpoint, this will certainly bring the industry leaders to re-think the robustness of their supply chains, the resilience of their organization and business models in case of tremendous shocks of this magnitude, and the flexibility of their working models. This will also probably lead some companies, especially the larger ones, to a complete reconsideration of their activity portfolio to rebalance towards more resilient and less shock-sensitive activities.

On a more personal level, I think that this crisis, will for sure have changed the way of living of a lot of people, in terms of mobility, priority in their life, and sense of civic responsibility and support they could bring to their neighbours. Future will tell us how these inspiring changes will last.

But this brutal shock could and should also be an opportunity for our political leaders to drive the reconstruction of their economies, including our industry, towards a better, more sustainable society. While the different governments are ponding at the best way to support the re-start of their economies, the huge financial support and resources needed should definitely be oriented towards those initiatives and companies that will show a clear commitment to contribute to such a better and more sustainable society.

You can see Pierre’s full presentation during the CIEX 2020 this October in Frankfurt. Join him and many other experts from the industry here

[adrotate group=”1″]

CIEX 2019: Pre-Conference Interview with Clariant’s CTO

In the run-up to the CIEX 2019 conference, we caught up with Dr. Martin Vollmer, CTO at Clariant who will be revealing his secrets of driving efficiency and innovation in the chemical industry on October 9 in Frankfurt. We had a few questions for him related to his session, to warm up a bit for the event.

Without giving too much away – what is the core message of your talk and what would you like delegates to remember?

Martin Vollmer: Nowadays, chemical companies are facing an increasingly challenging environment. Markets require more holistic solutions instead of focus being solely on the development of new molecules or products. Climate change, resource scarcity, technological advances, and rising customer expectations are forcing chemical companies to adjust to new realities, with the result that many are restructuring, increasing customer focus – and perhaps most importantly, creating distinctive capabilities that will provide a competitive advantage. Encouraged by the so called digital-based Fourth Industrial Revolution, this change is taking place at unprecedented speed. Chemical companies must be prepared for this change and embrace it as a chance for growth. Thinking outside of the box, openness to new ways of collaboration and keeping pace by increasing efficiency in the innovation process are essential prerequisites to master the challenges and to remain innovative at the same time.

Why did you choose the topic of your talk?

Martin Vollmer: The new requirements discussed above necessitate more holistic approaches. The traditional, incremental approaches to change no longer enable the industry to achieve time-related and technical goals due to increasing regulation, political targets, public opinion and the pace of technological development. The chemical industry has been and still is undoubtedly a very versatile enabler for tackling future challenges across a multitude of industry sectors, but we cannot simply lean back and rely on the fact that everything went well in the past and will – undoubtedly- in the future. This talk will show our perspective on the topic and first initiatives established at Clariant.

What motivates you to join CIEX 2019 and what are your expectations?

Martin Vollmer: CIEX brings together a high number of industry leaders and experts from various fields and is thus a great platform for networking along and across the value chain. The event fosters collaboration as an essential element to innovation. The huge variety of topics and themes sets new impulses and stimulates thinking outside of the box. I expect an inspiring agenda on latest trends combined with in-depth discussions with known, but also a quite high number of new contacts.

The need for innovation has been a continued topic for the chemical industry – how would you sum up the current state of the industry, specifically with a focus on its innovation efforts?

Martin Vollmer: Historically, chemical companies have been slow in adapting and implementing the latest technologies, they preferred to focus on incremental innovation and core operational improvements such as operational efficiency and productivity, rather than disruptive approaches. Now, fostered by digitalization, many chemical companies are starting to develop highly innovative holistic solutions, witnessing a new dawn of collaboration and integration across silos of all manner of internal departments and external partners. The global chemical industry has reached a crossroad and faces a transformational change. We now need to maximize the synergies that chemistry has within any productive ecosystem, in conjunction with other relevant and productive disciplines. Beyond product and process innovation, this includes service and business model innovation, with digitalization driving those developments and tremendously speeding up the process.

What must (chemical) industry leaders do to remain competitive and prepare for the future?

Martin Vollmer: Chemical companies must foster flexibility to complement internal capabilities with external ones. Chemical Boards and top management teams need to overcome concerns about intellectual property and data ownership to leverage the full potential of collaboration in new ecosystems. At the same time, industry leaders need to challenge their organizational set-up to attract the right talents for the speedy and digital chemical future ahead. Failing to recognise the need to hire cutting edge, technology-relevant talent and benignly ignoring to promote the skills of an existing workforce are the most common pitfalls in unsuccessful transformations. Organizational agility and fluidity in team working e.g. through virtual teams and the ability to innovate in a rapid, iterative, “fail-fast”, test-and-learn approach is seen as the way forward, rather than the old test-to-destruction method, with cascading layers of approvals.

Mr Vollmer, thank you very much for your time. We look forward to hearing more at CIEX 2019!


Join Chemical Innovation Experts at CIEX 2019 on October 9-10 in Frankfurt

Hear more about innovation, digitalisation and sustainability strategies of the world’s leading chemical production companies at CIEX Europe 2019. Register today to meet and listen to speakers from BASF, Dow Chemical, DSM, Henkel, Clariant, Mitsubishi Chemical, Ashland, Covestro, Braskem, Sabic and many more.  Register at ciex-eu.org.

[adrotate group=”1″]


You Might Also Like:

 

Digitalisation in the chemical industry – Separating myths from opportunities

 

Challenges for the chemical industry after the REACH May deadline

The European Chemicals Agency (ECHA) expected approximately 25 000 unique substance covered by 60 000 registrations to be submitted by the last REACH registration deadline at the end of May this year. However, this estimate was not reached as only half of the expected number of registrations were received by the deadline. This has raised the question of what happened to the substances that were not registered by the deadline and what can be done to mitigate this acute absence of substances on the EU market?
The reason for not REACH registering by the last deadline of 31st of May 2018 can be any number of things, ranging from business decisions to registration non-compliance issues to mere ignorance related to the duty to REACH register substances on the EU market. The overwhelming reason seems to be business decision related, where the cost of compliance is simply too high and thus the substance is withdrawn from the market once it cannot rely on the pre-registration anymore, this being from 1st of June 2018. Whatever the reason, if your substance is not registered, it cannot be place on the EU market at 1 t/a or above.
This acute absence of certain substances in the supply chain has scrambled some organisations to secure their supply of critical substances by e.g. importing these from outside the EU and thus giving them the opportunity to register the substance themselves. This in turn has in some cases been met by difficulties when there simply is no lead registrant for the substance and thus registering would mean taking up the lead registration role and incurring all costs on one self, at least until someone else wants to register the same substance. Furthermore, lead registering substances takes time and thus there is a delay in the go-to-market of new substances. In some unfortunate cases, where the lead registrant did submit the lead registration but did so under a Directors Contact Group procedure (DCG issue 10.3 ) where ECHA allows under certain circumstances for the submission of an incomplete dossier but provides a deadline for submission of the complete information later e.g. spring of 2019, the new registrants wanting to join this registration, not having submitted a registration by the deadline, are unable to joint the registration until the lead registrant has complemented the initial submission by the set deadline by ECHA. This situation currently means that the new registrant cannot register the substance until e.g. the spring of 2019 and thus cannot make business out of it until the lead registrant has complemented their registration and done so successfully. This is a severe hinderance to business on the EU market and surely not the intention of the REACH regulation and new solutions from ECHA may be coming soon to address this issue.

To conclude, the following is a list of some options organisations have for not-REACH-registered substances they are manufacturing or importing at 1 t/a or more:

    • 1. Lower the annual volume to less than 1 tonne per year

 

    • 2. Cease business activities regarding the substance

 

    • 3. If the substance is in stock within the EU (at any volumes), it can be used even though the stock is not registered, as it was presumably either manufactured in or imported into the EU/EEA before the last REACH registration deadline under a pre-registration number.

 

    • 4. Stop manufacture/import of the substance immediately and for substances where a Joint Submission is available, contact the Lead Registrant/Consortium for access to the joint submission. For a substance that does not have a Joint Submission available, you need to become the Lead Registrant. As part of the registration work, submit an inquiry to ECHA with information on the substance identify and await acceptance before going forward with submitting the registration dossier for the substance. It is still allowed to use a pre-registration number instead of the inquiry if one is available for the substance. Only once the registration dossier has been accepted and ECHA has issued a registration number, can the manufacture/import of the substance continue.

 

    5. In some special cases, a so-called PPORD (product and process orientated research and development) notification may be possible avoiding the acute need to register a substance.

[adrotate group=”1″]

When the rubber hits the road: IP analysis of eco-friendly car tyres

The automotive industry is going green. Diesel engines, once hailed as the “clean” alternative to petrol, are falling out of favour—so much so that the Society of Motor Manufacturers and Traders (SMMT) reports that diesel car sales fell by 37% in March 2018, compared with March 2017.

PWC predicts that electric and hybrid vehicles will account for 58% of all new car sales in Europe, the USA and China by 2025. But the negative environmental impact of the automotive industry isn’t limited to the fuels which power the vehicles —the manufacturing process itself is extremely resource-intensive. Scientific American reports that it can take 15 to 38 litres of petroleum to produce a single tyre. As well as the significant petroleum content of rubber tyres, most commercially produced tyres contain natural rubber from Hevea Brasiliensis, commonly known as the rubber tree.

The rubber tree is native to rainforests in South America, but importing this raw material from Indonesia, Thailand and Malaysia creates a significant carbon footprint, and represents a serious supply chain risk. In the event of war or natural disaster, some manufacturers could find themselves without a viable supply of natural rubber.

They say necessity is the mother of invention and a glance at the patent data relating to natural rubber reveals a strong current of patent activity. In particular, it seems that many of the major players in the tyre industry are paying close attention to a plant which may give them the ability to source natural rubber in the United States—Guayule, formally known as Parthenium Argentatum, is a flowering shrub which is part of the Aster family.

Patent activity trend
The graph below shows that patent filing activity in relation to Guayule has been growing more or less every year, over the last 20 years—application rates even doubled between 2011 and 2013. Looking at global filing trends, we can see that nearly half (47.7%) of patents filed in this technology space were in the USA—likely the largest market for eco-friendly rubber.

Main Companies:
Firestone, Bridgestone and Sumitomo Rubber Industries are all represented in the list of top 10 patent filers. However, automotive companies looking to get ahead of the competition may be interested in the fact that 5 of the top 10 companies are not direct competitors—and two of them could even be valuable collaborators.

The owner of the largest number of simple families in this technology area, Ceres Inc, is a Californian biotechnology company that develops and produces seeds of genetically modified crops.

By grouping these companies on a 3D patent landscape, we can see that Bridgestone Corp has a cluster of patents (bottom right corner of the diagram below), which focus on ways of increasing guayule’s rubber yield through the application of enzymes to the base of the plant. This cluster of patents is quite separate from those in other major tyre manufacturers’ portfolios. The exception is a handful of patents owned by Goodyear, with whom Bridgestone has recently entered into a joint venture.

PatSnap’s new synthetic biology innovation report reveals that Danisco, a food company, has some interest in rubber. In fact, its second most highly valued patent in the area of synthetic biology is “US20160281113A1 Compositions and Methods for Producing Isoprene” (valued at $2,550,000)—the rubber tyre company, Goodyear, is a co-assignee.

This adds up since Danisco announced in late 2008 that it would be collaborating with Goodyear to develop a bio-based alternative (“bioisoprene”) for the typically Earth-unfriendly compound, isoprene. The recency of the 2016 patent linked above suggests some organisations with a similar innovation focus to Danisco’s, could find adjacent market opportunities by looking into trends within the Danish company’s overall portfolio. Companies like Michelin (focussed on bio-butadiene), Pirelli (focussed on Guayule) and Cooper Tire (focussed on guayule-based biopolymers) are already blazing trails down the same bio-based route taken by Goodyear.

A Chemscape (chemical patent landscape) analysis of an isoprene search reveals there are many areas of highly valued inventive activity. I’ve identified on the Chemscape some of the main players in this area—Goodyear (red), BASF (blue), Bridgestone (yellow) and Dow (green). The greenish-blue halo at the bottom of the pillar in the centre of the Chemscape, represents our target chemical (isoprene). High-valuation areas are marked with dollar signs.

Aside from the growing interest in the use of bio-based chemicals for tyre production, the other revelation here is the importance of exploring adjacent market opportunities if you’re an innovator working with chemicals.
[adrotate group=”1″]

CIEX 2018 needs your help!

As you may well know, CIEX 2017 was a mega success. Leaders and experts from across the chemical industry’s value chain came together to examine the latest trends, priorities, challenges, and innovations. They armed delegates with valuable knowledge, ideas, and tools to strategically position themselves in a rapidly evolving industry.

We want to build upon last year’s success, and make CIEX 2018 even better! But to do this, we need your help… We would like to invite you to share your valuable ideas, and so we have created a platform where you can do exactly this. Please help us to create the most exciting and relevant conference by completing our 5-minute survey.

And a big thank you for your contributions that will make CIEX 2018 another success!

[adrotate group=”1″]

Innovation Ecosystems for the Circular Economy

Because of its nodal position in many value chains, the chemical industry plays a critical role in the evolving circular economy: Without the chemical industry there will be no comprehensive recycling and reuse of molecules and materials – and the potential of full circularity will not be realized.

On the other hand, the chemical industry cannot act as a catalyst towards circularity alone – it needs close collaboration with its partners across the value chain. The industry needs to further expand and grow its innovation ecosystem together with other actors, which is an important reason why we need more accelerators, incubators and other forms of collaboration spaces. Spaces, where new innovation partnerships can form between chemical players, other players and most importantly start-ups that are pushing for new technologies and solutions on the interfaces between chemistry and other disciplines such as robotics, nanotechnology, genomics and artificial intelligence.

One of the first examples of such a new type of innovation ecosystem is the Chemical Invention Factory Berlin which is a project funded with over 10 million Euro, coming from the Federal Government and the Technical University of the city. Why Berlin? Because Berlin has the highest numbers of chemical start-ups in Germany and because Berlin has one of the highest university densities in Germany.

While we still have to wait and see how the Chemical Invention Factory will live up to the high expectations set into it, there is no doubt that the circular economy of the future will need catalytic spaces of this kind in order to make the transition a success.

CIEX 2018 is just a few months away! Join me on September 19 as I will be moderating a panel discussion on how to capture new global and regional opportunities across the chemical value chain. The panellists for the discussion include –

  • Alexa Dembek, Chief Technology and Sustainability Officer, Specialty Products, DowDuPont  
  • Pierre Barthélemy, Executive Director Innovation, CEFIC
  • Eric Bischof, Vice President, Corporate Sustainability, Covestro
  • Sharon Todd, Executive Director, Society of Chemical Industry

[adrotate group=”1″]

How Sharing is Innovating the Chemical Industry

When it comes to improving company performance, there are few better methods than the sharing of ideas. While business meetings, both formal and informal, are the mainstay for exchanging information, this approach is often between only two organizations or just a handful of individuals. But in today’s larger, more global business world, conferences are increasingly becoming the ‘go to’ method for sharing ideas.

Knowledge Sharing in Chemical

Currently, the chemical industry is on the cusp of a new era, where ‘sustainability’ and ‘Industry 4.0’ are forging new paths for chemical companies. This makes the next few years a crucial time to share information to cope with these challenges.

It has become a crucial time to attend conferences.

 

Chemical Industry Sustainability

Take for example the 2017 Green and Sustainable Chemistry Conference that took place in Berlin last year. A 4-day event that focused on the chemical industry’s impact on the environment and how chemical companies can save money and be more ecological at the same time.

Chemical Industry Sustainability

One attendee, Christina Välimäki, the VP of Segment Marketing & Research at Elsevier, noted how the sharing of ideas at the event gave chemical suppliers the best-practice methods to achieve the advantages of green and sustainable chemistry. Ultimately, they were able to establish common goals for the betterment of individual chemical producers, as well as the chemical industry as a whole.

As Välimäki notes, “The [conference] panellists all agreed on the importance of the following five principles for inspiring a more sustainable chemical industry:

* Green chemistry needs to anticipate the problems it aims to solve

* Green chemistry should not aim to justify negative perceptions of other elements of chemistry

* Break down the green chemistry silo

* Involve the circular economy into the product life cycle

* Inform the public and demonstrate the value of safe, sustainable chemistry”

Chemical Industry 4.0

Alongside the goal of sustainability, another key opportunity for the chemical industry is ‘Industry 4.0’; the notion that effective analysis of massive amounts of data can improve chemical innovation, production, supply, and sales.

Chemical Industry 4.0

In a recent interview, Sharon Todd, Executive Director at SCI, the UK-based Society of Chemical Industry, agreed that ‘big data’ has a big role to play. She noted that, “In the chemical industry in particular, data analysis offers the opportunity for vastly more efficient tools in research, formulation, and synthesis, as well as providing companies with unprecedented insight into the needs and wishes of consumers and industry.” Adding that, “Innovative strategies require that we be connected and make use of this capacity to collect and process untold amounts of data, and make these skills a part of the toolkit for every scientist entering industry.”

Sharon Todd Speaking at CIEX

Interestingly, Todd will share her ideas at the upcoming CIEX 2018, being held in Frankfurt, Germany, as she will participate in panel discussions on topics such as ‘Unlocking Opportunities from the Bio-Economy’ and ‘Capturing New Global and Regional Opportunities’.

The CIEX 2018 event covers a wide range of topics affecting the chemical industry and includes speakers and panellists from key influencers such as BASF, Covestro, Cefic & DowDuPont.

CIEX 2018

When Todd was asked further about her eagerness to participate at CIEX, it became clear that she also believes in the value of conferences for exchanging ideas, as well as sharing the challenges (and solutions) facing today’s chemical industry.

Todd understands that a key part of rising to those challenges involves innovation, and she sees the CIEX event as a tool for exchanging novel ideas. As she states, “CIEX aims to explore cutting edge innovation in the rapidly evolving chemical industry and provides excellent opportunities for networking and learning best practices. It is critical to connect chemical producers and users to facilitate innovations to be commercialised successfully. Knowing your customer and having an intimate relationship with your supplier allows a collaborative and positive approach to new product development and launch.”

Science

Adding that, “The high-quality innovation led programme showcasing developments & initiatives by leading companies combined with excellent networking opportunities make CIEX 2018 a stand out event.”

Clearly the exchanging of ideas remains essential for the wellbeing of the chemical industry, as all technological advances are based on the foundations of earlier research; ‘Standing on the shoulders of giants,’ as Newton put it. And when it comes to business, nowhere can this be done better than at an event such as CIEX 2018, because without sharing, chemical industry innovation stagnates.

 

­­ CIEX is the premier event created for R&D and Innovation experts from the consumer, industrial and specialty chemical sectors. Every year, CIEX brings together all players across the value chain to create a unique platform for participants to learn, exchange ideas, and collaborate. This year, CIEX is scheduled to be held on September 19-20 in Frankfurt Germany.

[adrotate group=”1″]

Connect, discuss and discover the most compelling ideas emerging globally with an unmatched group of innovators from companies such as Merck, DSM, BASF, Cefic, Lego, IKEA, DAW SE, Avantium, Evonik, Unilever, Covestro and many more!

Courtesy: SPOTCHEMI

SPOTCHEMI