From Challenge to Change: How SMEs are Shaping the Future of Chemical Innovation

The Role and Challenges of SMEs in Chemical Innovation

Marius Mühlenberg has been CEO of the LEVACO Chemicals Group, based at Chempark in Leverkusen, Germany, for about 2 years. LEVACO is a manufacturer of specialty process chemicals for agrochemicals, fiber production, cable industry and food production as well as for paper manufacturing and coatings. Today, Marius is primarily responsible for sales, production, R&D and supply chain. After studying economics and chemistry at the University of Passau, San Diego and the Technical University of Munich, Marius took his first steps at Clariant. However, he was soon drawn to medium-sized companies and, after various stations, finally to LEVACO Chemicals. LEVACO was founded in 2014 after several intermediate stops as a former part of the Bayer Group and is now part of the Diersch & Schröder group of companies.

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

M. Mühlenberg: One of the core messages is that the industry understands the potentially different challenges SMEs face in this “revolution” compared to larger companies and groups. SMEs continue to play an important role in the overall value creation of the whole chemical industry. Especially in today’s environment, the change in perspective is crucial: we can only be successful as an industry with more collaboration within the branch. Participants will take away that SMEs are also able to react quickly to these changing conditions in the industry and that they can contribute innovative ideas and elements to the transformation process.

CIEX: What motivates you to join the Chemical Innovation Conference – CIEX Europe this year?

M. Mühlenberg: First of all, it is always nice to have the chance to speak in such a highly decorated forum and audience. Once again, a big thank you for that.
In my opinion, the need for the voice of SMEs to be heard gets more and more important, especially in discussions about the changes taking place in the chemical industry nowadays. If we risk that our SMEs are not functioning well, it would strongly influence the entire industry and therefore needs to be reconciled. We must be aware that in Germany in particular, the majority of the chemical industry is made up of SMEs.

CIEX: How do you envision the future of the chemical industry? What are the key challenges to overcome and the opportunities to harness?

M. Mühlenberg: It is very important that we find out which new paths will actually bring us to the goal of a sustainable chemical industry. The big challenge will be to define feasible, realistic and goal oriented targets together with authorities. In my view, this orientation is still lacking at many levels.In addition, it is important that effective political and economic conditions are created so that the green transformation can also be implemented. The level of bureaucratic obstacles is immense. Above all, the slow political decision-making processes is not supporting this path.
Most likely the associated costs for a majority of companies will be very high. Accordingly, the bottom line is that the transformation will only be successful from a position of economic strength. Therefore we have to reconcile ecological and economic goals. Otherwise, I see a significant dissonance that is impairing to the process.

CIEX: When looking to other regional markets, what lessons can the European chemical industry learn, adapt or perhaps even use to differentiate itself?

M. Mühlenberg: Basically, I can see regions where the goals of the industry and the political level are far more closely aligned than it is currently the case in Europe. We see that faster reaction times are possible and that the agility needed in such challenging times is available. We have many great companies in Europe that could bring great innovations to the market in a shorter time. This needs to be supported if we want to continue to play an important role in the long term.

CIEX: What is one project or initiative in the industry, outside of your own company and associations that really inspired you, and why?

M. Mühlenberg: The TFS initiative is a fairly broad attempt to define a standardization of goals and work on them accordingly. This is the right signal and a very good initiative from my point of view. I also see many great approaches in the chemical industry in replacing questionable raw materials with green alternatives, for example, in our surfactant chemistry market. Although not all approaches can be implemented commercially yet, it shows what great approaches can be developed in such a short time. I am very sure that if we promote innovations even more intensively, many products can be placed on the market from European companies that will amaze us. I would like to see more of this confidence in our industry, especially from official sources.

 

Chemical Innovation

Clean Energy – Evonik’s transition from fossil fuel

Evonik: Transitioning from fossil fuel to clean energy – presentation Highlight from CIEX 2022

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Transitioning from fossil fuel to clean energy as a consequence of the current crisis

  • Becoming more energy independent and less vulnerable to commodity price shocks driven by supply and demand with renewable energy
  • Reducing the use of fossil fuels and boosting innovation towards alternative sources of energy: The step by step pathway
  • Rebuilding a more innovative industry based on renewable and circular feedstocks: Developing new supplies and accelerating green chemistry

Dr. Steffen Hasenzahl, Senior Vice President, Head of Creavis, EVONIK

 

Watch all CIEX 2023 presentations for free in our Video Archive.

 

 

Full abstract below. (Note: This is an AI generated summary, it may contain inaccuracies)

The presentation discusses the need to transition from fossil fuels to clean energy and highlights the environmental challenges we face. The speaker emphasizes the importance of reducing our environmental footprint and taking action to address global warming and other challenges. They provide examples of how Evonik, a leading manufacturer of special chemicals, is making progress in reducing emissions and transitioning to clean energy. They also discuss the cost involved in transitioning to clean energy and highlight the potential of photovoltaic energy. Overall, the video promotes the importance of sustainability and the need for companies to focus on their carbon footprint and strive for a positive impact.

  • 00:00:00 In this section, the speaker discusses the need to transition from fossil fuels to clean energy and highlights the environmental challenges we face. They mention the increasing frequency of floods and the impact of expensive electricity in Europe due to the energy crisis. They also discuss the historical development of the chemical industry and the significant changes it has undergone. Overall, the speaker emphasizes the importance of reducing our environmental footprint and taking action to address global warming and other challenges.
  • 00:05:00 In this section, the speaker discusses the global energy and emissions problem caused by the extensive use of fossil fuels. They highlight that approximately 13 billion tons of fossil fuels are used annually, with the majority being used for energy production and only a small fraction for chemical production. The emissions from the chemical industry alone account for 0.16 billion tons, and when considering all greenhouse gases, the total emissions amount to 58 billion tons. The lack of significant progress in reducing emissions in the past 17 years is also highlighted. The speaker emphasizes the need for six technical avenues, including the use of renewables, bio mass, and energy efficiency, in order to effectively reduce emissions.
  • 00:10:00 In this section, the speaker discusses the transition from fossil fuels to clean energy, using Evonik as an example. Evonik is a leading manufacturer of special chemicals and has organized its business into four divisions—Smart Materials, Specialty Additives, Nutrition & Care, and Performance Materials. They have a strong focus on sustainability and aim to make a real contribution to making the world a better place. The speaker mentions that it is important for companies to focus on their carbon footprint and also strive to have a positive handprint, meaning making a positive impact in their operations. The speaker highlights that Evonik has made progress in reducing its emissions, but there is still work to be done, particularly in the upstream supply chain.
  • 00:15:00 In this section, the speaker discusses Evonik’s transition from fossil fuels to clean energy. They focus on one specific site, Rheinfelden, which produces various products for industries such as batteries, coatings, paper, and solar cells. The site’s energy balance reveals that 80% of its primary energy consumption comes from natural gas, while 20% is derived from hydro power. The speaker emphasizes the need for green electricity to meet their energy demands and highlights the significant carbon footprint associated with the production of certain materials, such as silicon metal. Scope 3 upstream emissions, including the production of materials like sand, also contribute to Evonik’s overall carbon footprint.
  • 00:20:00 In this section, the speaker discusses the cost of transitioning from fossil fuels to clean energy. They explain that there is a significant amount of money involved in reducing CO2 emissions and implementing clean energy solutions. They mention various expenses, such as heat pumps, green electricity usage, and the capture and utilization of bio-gas. The chemical industry is also reluctant to make the move to clean energy. Additionally, the speaker highlights the forecasted energy costs and the potential for generating electricity through photovoltaics. They note that with ample sunshine in southern Germany, photovoltaic energy could meet a significant portion of the energy needs.
  • 00:25:00 In this section, Evonik discusses their transition from fossil fuels to clean energy. They mention their efforts to reduce emissions and their focus on green technologies. One example they provide is the production of green hydrogen using electrolyzers and water. They highlight the benefits of this process, such as not requiring precious metals and expensive materials. Another example they mention is the use of carefully selected bacteria in fermentation to produce special chemicals. They are currently running these processes in pilot plants and aim to scale up production in the future.

 

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