Showing posts with label future trends. Show all posts
Showing posts with label future trends. Show all posts

Monday, 17 January 2022

Chemical and Plastics Industry: What Are Some Major Trends To Watch Out For In 2022?

 

Trends of Chemical and Plastics Industry in 2022

Today in this blog post we look at what is ahead in 2022 in terms of trends to watch. The chemical and plastics industry is on the path of recovery in 2022. However, clouds in the shape of rising energy and raw material prices, inflationary pressures, spread of Omicron (Covid-19) and supply chain disruptions continue to darken the sky.

To counterbalance the energy and raw material costs, companies will probably lower their capital investments and expansions. The global GDP growth is expected to be 4.3% in 2022 (5.6 % in 2021).

Major transitions of the global economy

Business leaders have to steer their companies through several transitions this year. One is the transition from a pandemic to endemic Covid-19. Another is the switch of central banks from fiscal stimulus policy to restraint policy expressed due to raising in interest rates and stricter credit conditions.  In addition, the transition from a hydrocarbon-based energy to a renewable energy supply will be a challenge for major corporations.

Long-term trends which push demand in plastics and specialty materials (2020-2030)

The switch from internal combustion engine cars to alternative powertrains such as electro and hydrogen will bring new plastic compounds to the market covering new requirements such as electromagnetic shielding and stringent flame ratings, together with sustainability aims.

Robotics and automation will further push the borders in polymer processing, allowing to manufacture complex injection moulding parts.

3D-printing continues to be improved, both from hardware as well as from material side (heat transfer materials).

In addition, fluoropolymers can be seen as an enabler to support the realization of the digital megatrends such as  the Industrial Internet of Things (IIoT), 5G standard, AI, blockchain and the Metaverse (check out this post with more details).

Other trends which shape the plastics industry are the challenge to speed up advanced recycling and the circular economy, together with creating a sustainable future.

Thanks for reading and #findoutaboutplastics

Greetings,

Herwig Juster



Literature:

[1] HIS Markit

[2] Amercia Chemistry Councel (ACC)

[3] CEFIC

[4] https://www.findoutaboutplastics.com/2019/10/fluoropolymers-as-enabler-for.html


Sunday, 21 March 2021

The Future of Plastics Manufacturing: From Material Supplier to Service Ecosystem and Platform (Part 2)

 



Hello and welcome back to the second part of my “the future of plastics industry” series.

In this second part we keep the focus on polymer manufacturing only and how the future can evolve in this segment of the plastics industry. I still do not have a crystal ball, however orienting on the megatrends, we can try to anticipate a scenario for the future. Other areas such as plastics converting I have touched already in this post

Here you can jump to part 1

Key factors for success in polymer manufacturing

Before we jump into a future scenario, let us examine how business is done currently at a polymer manufacturer. Apart of operating state-of-the-art polymerization technology, the following three key product factors are keeping a polymer manufacturer in business for a long time:

-High performance

-Consistent properties

-Competitive costs

Using the optimal technology, a polymer manufacturer is able to produce high-performance products with consistent properties at competitive costs. Product and process development are critical, since new products are an enabler for growth and process optimization can make any product more profitable.

Altogether, there are four major strategies a polymer manufacturer can follow:

-Be the first with your polymer and compound solutions

-Be better with your polymer and compound solutions than the first one

-Be different with your polymer and compound solutions

-Be faster approaching certain applications with your polymer and compound solutions

In past decades, world economies were growing with an average of 6% yearly and polymer manufacturers could participate on this growth. However, in the past ten years digitalization is exponentially changing the way we do business and also the way we consume. New technologies allow the rise of businesses with complete new business models attacking all incumbent old industries.

Revenue growth rates for digital players are in the double digit range year over year. Digital players have the advantage of scaling their businesses in a fast way and keeping the margins very high too. For polymer manufacturers to grow, more material needs to be made and sold as well as and new high end niches need to be found where high prices can be achieved with polymer solutions.

Also, business volatility is increasing and it can be best summarized with the Law of Requisite Variety or for short Ashby’s Law. It is the ability to react to a situation and to have a portfolio of alternatives to pick from (scenario thinking). It also states that when the business world seems to fall apart, it is not helping to build walls and pretending not to see the change. This is the wrong way. One need to meet complexity with complexity itself. Therefore, all industries need to use the new technologies to re-shape and re-invent their businesses. This we discussed in my post where I show 5 ideas on how you canget the digital revolution started in your plastics business [2, 3].

New economy and new business models – when data is the new plastic product

“The goal is to turn data into information, and information into insight.” – Carly Fiorina, former executive, president, and chair of Hewlett-Packard Co.

Several years ago, Eric Schmidt already said that all those companies that define themselves through their product or their technology will struggle in the coming years and those companies that define themselves through their ecosystems and platforms will survive and strive [4,5].

The idea is simple, however it has a tremendous impact: from product manufacturer to platform and ecosystem provider.

We see already established plastic industry players such as Lanxess with their material platform Chemondis, as well as plastics machine manufacturer company KraussMaffei set up with Polymore their own market platform for compounds, recyclates and post-industrial waste, which can serve plastic converters as well as compounders. It is a good example of thinking outside the box and leaving the industry standard of selling plastics machinery since over such a platform it is possible to link polymer manufacturers and plastics convertors together.

Aim is for polymer manufacturers not only to create and participate in B-2-B marketplaces, but also establish ecosystems with their own services and products.

Circular economy as a service platform for polymer producers

Circular economy allows the shift away from linear business models (“take-make-dispose”) to a model of recycling, re-use, and designing for recyclability (DfR). The polyolefins industry is already setting foot into this major change since polyolefins are used in large quantities in packaging where the potential and need of circular recycling is given. A recent example is the EverMinds™ platform where polyolefin producer Borealis is a major driver behind. This platform connects stakeholders with the aim to innovate together and create a product portfolio based on circularity [10].

Ecosystem – polymer manufacturer as service provider

Also for polymer manufacturers, digital services become more and more important. It is not enough anymore to just sell plastics pellets. Successful polymer manufacturers will establish themselves as service providers in the next ten years or even earlier. There are several services which can be horizontal or vertically integrated along the current value chain. From polymer materialselection, part design, virtual engineering (filling simulation and FEA) to manufacturing key components including material, regulatory and logistics support. Key is to cleverly add the service business onto the product business and combine it with platforms to establish ecosystems.

An industry example is Diversey Inc. which started out as a chemical company providing cleaning products to hospitals and other facilities. Now, it is a solution provider, not a product provider anymore. For example, they combine cleaning care plans for hotels and hospitals which include their chemicals, application tools, smart machines, as well as training and support [7].

Collecting data over sensors on production facilities as well as online in the web via marketing tools is key part for this change too. The more structured the information is, the better new strategies can be established and decided upon on by the business executive teams.

New service based revenue streams will stabilize current business streams and may outgrow the established business in the next 10 years. Amazon Web Services (AWS) is such a case, where it was a small offering of external online storage space in 2014 and now it is with 60% the largest operating profit contributor of the Amazon ecosystem [11].

Conclusions

In plastics manufacturing, there are well established industry standards which the majority of the companies follow. They follow the norm and achieve normal results. Extraordinary results are achieved by breaking out of the industry standards. Developing to a service platform provider with an ecosystem represents such a breakout. Only 3% of organizations or people are able to create such changes which lead to high performance results [8]. And those will get the biggest share of the cake, since in the new economy the “winner takes it all” principle rules.

I want to close this post with a quote to keep in mind when driving your business forward:

“That which we need the most will be found where we least want to look.” ~ Carl Jung.

Thank you for reading and #findoutaboutplastics

Herwig Juster

Here you can jump to part 1

Interested to talk with me about your digitalization needs - here you can contact me 
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New to my Find Out About Plastics Blog – check out the start here section

Literature:

[1] W. R. Ashby: An introduction to Cybernetics. Wiley, New York 1956

[2] https://www.findoutaboutplastics.com/2016/12/plastics-industry-level-up-your-digital.html

[3] https://www.findoutaboutplastics.com/2017/02/a-mind-sharpener-guide-for-plastics.html

[4] https://repository.fteval.at/191/1/2016_RadikaleInnovationen_Endbericht.pdf

[5] https://wien.orf.at/v2/radio/stories/2801064/

[6] https://www.berndtsoninterim.de/aktuelles/im-service-liegt-die-zukunft

[7] https://diversey.com/en/solutions/floor-care

[8] https://www.youtube.com/watch?v=VNGFep6rncY

[9] https://www.findoutaboutplastics.com/2019/07/second-wave-of-digitalization-from.html

[10] https://www.borealisgroup.com/polyolefins/circular-economy-solutions/overview

[11] https://www.geekwire.com/2021/amazon-web-services-posts-record-13-5b-profits-2020-andy-jassys-aws-swan-song/


Monday, 8 December 2014

Our plastics consumption - A view by polymer type, region and process


A polymer engineer friend of mine gave me a good suggestion for a topic for this blog:
My colleague provided me the report of AMI Consulting 2014 and its data and facts from it that I will now share with you:

For you to get a feeling what the global polymer industry consumes on raw materials: It is worth more than US$ 500 billion per year. The industry subsequently transforms these into polymer based products which have a value of more than US $ 1 trillion. This is indeed a major driver of our world economy!

Everyone of you utilizes or at least touches in average 50 polymer based items per day.  Polymers provide these products the targeted performance and functionality.

But why are polymer products so successful?

Polymer based materials can be easily designed by chemically means as well as easily processed for particular ends. They can be made tough or flexible, hydrophobic or hydrophilic, and by processing they can take variable useful shapes that you may find all around your car, or your kitchen.
Therefore, the replacement of metals, glass and paper was inevitable.

Let’s have a look at the world demand grow: Since the year 1983 the demand grows from 45 million tonnes to an expected market demand of 250 million tonnes for 2014. Interesting is the shift of demand in a regional point of view. In 1983 areas like North America, Western Europe and Japan kept a share of world demand of 74%. Looking back to 2013, their world share decreased to 32% and countries like China and East Asia increased from 6% up to 29%. 

What about future trends?

A strong grow in demand is expected in the Indian sub continent. Why? The population there is bigger than in China but it has a polymer demand that is currently one-fifth of the size.

In Europe, the regions are expected to have the slowest growth rates. However, it has shown a constant market demand of 44-45 million tonnes for the past 3 years.

The market outlook for North America is better due to the availability of gas feedstock, which is necessary for producing polymers. It is predicted a cost reduction, especially for polyolefins. 

Which industry needs polymers the most?

AMI also had a look at the end-user applications of polymers: Although in many areas used, the field of packaging got dominant (50% of demand) and this in all parts of the world. It is followed by applications for construction (20% of demand). Applications like automotive, medical and electrical have a high attention, but in the volume they have a relatively small part.

According to a AMI calculations, there are over 230,000 plastics processing operations worldwide - this is an impressive number too!
And within the polymer processors one can find 130,000 injection moulding companies worldwide.

Greetings

Herwig R. Juster