Top Megatrends in the Chemical Industry

Top Megatrends in the Chemical Industry

30 October 2021


In the coming decade, the chemical sector will continue to develop at a breakneck pace. To preserve a competitive advantage, overcome problems, and seize new market possibilities, chemical businesses must change swiftly.


Trend 1 - Circular economy & Sustainability:


Raw materials and energy supplies are becoming increasingly scarce. The growing impact of emissions and garbage disposal has prompted several organisations to enact more rigorous environmental restrictions.


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Chemical firms around the world are increasingly working as ecosystems, ensuring sustainability and economics while using less energy and resources. To achieve the circular economy's goal of maximising value and conserving resources, the critical nodes of these raw materials, applications, chemical production, ecosystems, and end-users, focus on raw material substitution and maximise the use of renewables, recycling, energy recovery, and re-use by end-users. A couple of examples are as follows;


Bio-based plastics:


Although drop-in or bio-based plastics aren’t biodegradable, they are entirely recyclable and designed to drop-in into existing recycling systems without degrading the recycling stream's quality or increasing its cost.


Battery material recycling:


The market for battery materials recycling is likely to be fueled by rising electric vehicle usage and recycling legislation.


Wind turbines work with Improved efficiency:


Wind energy currently supplies roughly 11% of Europe's electricity needs, with that percentage predicted to rise to 25% by 2030. The use of PX35 carbon fibre with increased length and less deadweight improves blade efficiency, which eventually results in generating more power per wind turbine.


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Trend 2: Digitalization:

In many major industries, digitalization is driving innovation, and the chemical industry isn't far behind in recognising the power of digitalization and its role in innovation. Chemical companies will benefit from digital technology in a variety of ways, including capturing critical data and gaining insights from it to improve output while lowering costs, scheduling preventative maintenance to reduce downtime, and facilitating accurate inventory planning to avoid stock-outs.


Digitalization is predicted to raise revenue and lowering costs, while also improving EBITDA margins by up to 9% in the industry. While many businesses have already begun to make use of mobility and the Internet of Things, machine learning and blockchain are predicted to be the biggest disruptions in the chemical industry. Take a look at the samples below to understand how this trend is being implemented:


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AI to drive efficiency:


It takes a long time to manually match colours for car refinishing. Artificial intelligence and neural networks are used by BASF's Automotive Refinish Solutions division to match automobile colours according to customer needs.


Sensors and IoT to transform logistics:


Dow Chemical monitors the temperature, humidity, shock, and light for thousands of shipments per day using networked sensors. Sensor data is loaded into event management software in real-time, which delivers timely notifications in the event of an anomaly.


Machined to perfection:


Automated systems for manufacturing premium-quality complicated composites forms for the aerospace, automotive, marine, oil & gas, and piping industries have been created by companies such as Mikrosam AD (Macedonia).


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Trend 3: Accelerated Globalization & Innovation:


Chemical demand continues to rise in emerging nations, as their working-age population remains a major driving force for the chemical industry. Globalization has accelerated due to shorter product life cycles and a rush to commoditize things.


The majority of M&A agreements in the global chemical business occurred last year between companies that provide commodities, intermediates, and speciality materials. The majority of these transactions took place in the United States and China. Of the previous two decades, there has been a significant transfer in manufacturing plants to Asia. However, with the arrival of shale gas in the United States and coal-to-olefin technology in China, chemical manufacturing will be quite intriguing.


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Here are a few examples of innovation:


Novel manufacturing process:


Carbon fibre composite makers and automotive OEMs are looking for ways to expand the use of composites in cars. Faurecia (France) has developed a "one-shot" composite part manufacturing technique that improves quality while lowering cost and cycle time.


Affordable composites manufacturing:


PlastiComp, Inc. has released two thermoplastic polymer matrices for its novel hybrid long glass and carbon fibre composites, lowering the cost of CFRP without sacrificing its high-performance benefits.


Advanced materials for better insulation:


Insulation materials such as aerogel and phase change materials will outperform traditional insulation materials in terms of energy savings and thermal comfort and will expand at a double-digit rate.


Final Thoughts:


All three developments are converging to pose a threat to the chemical industry and to affect the strategic decisions of the world's leading chemical companies. Because traditional assets such as easy access to raw materials, closeness to clients, and R&D may no longer be sufficient to maintain a competitive edge, the agile and early adopters of these changes will have a competitive advantage over others.