SUPPLY CHAIN DISRUPTION IN CHEMICAL INDUSTRY

The global chemical industry caters to nearly every goods-producing sector and accounts for an estimated USD 5.7 trillion, as per the International Council of Chemical Association (ICCA) report published in March 2019. According to the report, the chemical industry contributes to global Gross Domestic Product (GDP) through indirect, direct, and induced impacts, equivalent to 7% of the overall world's GDP, and supporting around 120 million jobs worldwide. It is offering materials and substances to sectors such as agriculture, automotive, construction, and nutrition.

The chemicals market is currently transforming post-COVID-19 pandemic, so chemical companies need to adopt new technologies in their operating models, businesses, and processes. In the global chemical industry, the supply chain management will face new challenges and new opportunities.

Therefore, it is critical to understand key developments in the chemicals market and the resulting impact on the individual supply chain. Only then will companies have the proper preparation to face these challenges and seize the opportunity to create a long-term competitive advantage.

Chemical Industry Supply chain disruption

Chemical manufacturing production outcomes results in a continuous or a batch form; various streams and chemical processes can demerge, merge, produce intermediate (bulk) material or finished goods, and be made-to-order (MTO) or made-to-stock (MTS) on different asset combinations with numerous starting points. These variables increase the complexity among planning, formulation, costing, and quality management, as the supply chain must operate under the constant pressure of maximizing asset utilization and minimizing asset downtime.

Key Supply Chain Challenges in the Chemicals Industry

1. Market & Competition

• Ongoing high-cost pressure caused by intensifying global competition
• Opportunities for organic growth continue to slow down owing to saturated western markets while value chains move to the Asian Market

1. Customer Demands

• Decreasing product importance due to commoditization, dematerialization, and deflation
• Increasingly complex customer demands with differentiated service levels and request profiles

1. Emerging Technologies

• High complexity and dynamics in the chemical industry demand environment generate vast quantities of data
• Unlike in other industries, the impact of digitalization in the chemical industry is more of an evolution than a big bang

Read More:- https://www.pukkapartners.com/insight/supply-chain-disruption-in-chemical-industry

"The chemicals industry needs demand-driven, digital supply chains."

Strategic plan to enhance supply chains

The need for change is becoming increasingly vital, with more chemical plants are expected to become digitalized and may come online in the upcoming few years. Therefore, the chemical companies will need to redesign their supply chains to accommodate the resulting growth in global trade. The winning companies will increase their supply chains' flexibility, speed, and effectiveness to satisfy their customers locally and abroad, efficiently and effectively. Chemical companies that do not digitalize may be expected to find it challenging to capture the returns they expect from their capital investments, as their operating costs and revenues both come under pressure across all prominent chemical markets such as the US, Germany, Russia, China, and Japan.

To recover their supply chains, chemical companies should keep three critical strategies while strategizing 2021 growth planning:

• Developing integrated global operating models
• Enhancing logistics capabilities
• Employing digitally-enabled supply chain management

Impact of Mega-Trend: Digitalization in chemical industry Supply chain

The chemical industry is expected to be a slow mover compared to many other industries when it comes to digitalization. However, the COVID-19 has started to show digital power through remote operation and remote working of plant control systems worldwide. These chemical giants are aiming for new ways to drive efficiencies, and this expected to raise the chemical digitization agenda, including greater adoption of smart technologies, including artificial intelligence (AI), robotic process automation (RPA), machine learning (ML), and other technologies across the front, middle and back-office operations. Indeed, this growth trend has already witnessed in China as the industry recovers from the earlier shut down due to the pandemic outbreak.

One area with great potential is adopting a hybrid operating model that blends physical operations with more virtual service delivery. Adequately designed and backed by more granular customer data levels, customer interfaces, and online platforms may result in more receptive service, as the products are better suited to customer needs, reduced SKUs, and expand into previously underserved or overlooked markets. Though, balancing technological advancements with the more proactive technical skills act as a differentiator for customers.

Nature of COVID-19 Impact on Chemical Industry

Leading chemical producers are reducing operational and capital expenditure in the face of the COVID-19 crisis. These companies' manufacturing operations have been scaled down to 40%-60% capacity due to disruptions in raw material supply and labor shortages. In February 2020, the global chemical production was dropped by 2.4%, with the Asia-Pacific posting a 3.9% production decline in the same month. According to the China National Bureau of Statistics, the country's chemical manufacturing fell by around 20% compared to the previous year, while profits declined by 66%.

Considering the COVID-19 impact on chemical categories, it has seen that each type of chemical witnessed a decline in production. For instance, the production of synthetic rubber and specialty chemicals, such as paints and coatings, witness a downfall of 7.3% and 9.4%, respectively. Considering the global market condition, the paint and coating demand sees a downfall as construction activities are halted, and the lower production in the automotive industry. Restrictions on travel have directly impacted the demand for petrochemicals such as C4 derivatives and fractions, including butadiene, synthetic rubber, and acrylonitrile-butadiene-styrene are primarily used in tires. Moreover, the lockdown and travel restrictions globally have impacted the demand for chemical materials across several applications, including the transportation and automotive industries. It has further led to an even more substantial reduction in demand for tires, which has a considerable impact on the synthetic rubber market.