The global natural chelating agents market size was estimated to be US$ 2.45 billion in 2021 and is expected to grow at a CAGR of 5.2% between 2023 to 2032.
Chelating agents are chemical substances that interact with metal ions to create a stable, water-soluble complex. They may also be chelators, sequestering agents, or chelants. During the projection period, it is anticipated that the pulp and paper, as well as the cleaning and detergent industries, will drive global demand for these compounds.
Along with tight government rules for safe and freshwater for various applications, such as water treatment chemicals, rising industrialization is also projected to fuel the market. The market is projected to be driven by the rising demand for cleaning formulations such as disinfectants, all-purpose cleaners, and surface cleaners.
Due to social distance standards and extended lockdowns, the COVID-19 pandemic impacted numerous industries. The packaging business was initially hit by the disruption of the global supply chain because there was no transportation of commodities and products. But as internet sales expanded, so did the need for protective packaging. The food, chemical, and medical industries also need packaging to convey necessary goods to customers.
The disruptions in the value chain, including chelating agents, ended when the packaging industry recovered from the pandemic's effects. This can be attributed to the rising popularity of environmentally friendly packaging, which increased the use of raw materials from renewable resources. Therefore, the widespread adoption of eco-friendly packaging will streamline market expansion.
Urbanization, population growth, and continuous industrialization are all expected to have a favorable effect on demand. Complex ions are stabilized by chelating agents, which function as high-performance chemical solutions.
These substances are primarily used in several well-known sectors, such as textiles, pulp & paper, cleaning products, and detergents. Consumers' growing health consciousness and concerns about prevalent ailments are anticipated to increase product demand in these industries, leading to the market's significant expansion.
Long-term market demand is predicted to be driven by rising consumer awareness of homecare products, particularly detergents and floor care products. Natural chelating agents have important uses in many other sectors, such as oil field applications, pulp and paper, textiles, personal care products, metalworking, food and beverage processing, and agriculture.
Natural chelators produced by planktonic blue-green algae allow them to flourish at high pH levels without using synthetic chelators. Algae supplements can pull heavy metals, including lead, mercury, and cadmium, out of the bloodstream due to their chelating property.
Unique proteins and peptides in red algae aid digestion while preventing inflammatory problems. These qualities will encourage green chelates in sectors like water treatment, food and beverage, and personal care & cosmetics.
With iron, calcium, aluminum, copper, and other heavy metals, sodium gluconate can create stable chelates. This permits its use in the treatment of metal surface water. Additionally, food-grade sodium gluconate is perfect for processed foods since it chelates unwanted metal ions and is employed as a sequestrant agent. The food and beverage sector uses the substance as a stabilizer in dairy products, vegetables, processed fruits, and meals.
Conventional chelating agents can hinder market growth as they have high chelating potency and easy availability in the market. On the other hand, natural chelating agents have low chelating potency and are not easily available.
It is anticipated that the rising demand for graphic and tissue papers will accelerate the growth. Furthermore, these compounds are an essential component of making pulp and paper and play a significant role.
Chelating compounds reduce bleaching costs and downtime while improving the efficacy of hydrogen peroxide and hydrosulfite bleaches. Chelating agents are used in the pulp processing and papermaking process to eliminate scales, increasing overall productivity.
The second-largest application segment was cleaning homes and businesses. These substances are used to soften hard water so that it can be used for commercial and drinking purposes. Due to increased health concerns and rising living standards among the population, additional key application categories such as textile, food, and drinks are anticipated to experience substantial expansion over the coming years.
The need for APCs is anticipated to rise with increased use in domestic and home care applications, particularly for water treatment and hard water removal. In the coming years, it is projected that growing consumer awareness of the importance of drinking water and other critical health issues will increase demand for ACPAs. Additionally, they are used to remove metal oxides and salts from fabrics, making them a common tool in the textile sector. Common ACPAs used in various applications include chemicals like NTA, PDTA, DTPA, and EDTA, which extend the shelf life of finished goods and lower maintenance expenses.
The chelate is derived from natural sources and is safe to use in various bath soaps and cosmetic products. Over the projection period, rising demand for these items is anticipated to support growth. The chemical also has high chelating qualities, which makes it attractive for use in processes that utilize or come into contact with hard water.
The Asia Pacific region had the largest market for chelating agents. Due to ongoing innovations and advances in the region's textile, pulp, and paper industries, this trend is anticipated to endure for the envisioned time.
A growing population and greater understanding will likely lead to considerable advancements in the water treatment, cleaning, and detergent application industries in the region's emerging economies, including India, China, Japan, Indonesia, and South Korea.
Throughout the projection period, increased demand from the local food and beverage industry is also anticipated to boost market demand. Other significant drivers driving the market in Asia Pacific include rapid urbanization, ongoing industrialization, and rising demand for processed foods, clean, treated water, and clean and treated water.
Due to growing public concerns over environmental contamination brought on by the usage of non-biodegradable chelating agents, North America and Europe account for a sizable portion of the market for biodegradable chelating agents. The regions, as mentioned above, demand for chelating agents is projected to increase as a result.
Some key players operating in the natural chelating agent industry include Omya Kinetik, Shandong Yuanlian Chemical Co., Ltd., DOW, Akzo Noble N.V., Nippon Shokubai Co. Ltd, Nouryon, Kemira OYJ, and Innospec.
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The use of sophisticated and biodegradable chemicals is being encouraged due to the negative impacts of non-biodegradable chelating agents, notably in Asia, which will prove to be a fantastic potential for the industry.
The natural chelating market's major factors are urbanization, population growth, and continuous industrialization.
The main barrier to using natural or green chelating agents is their low potency and ease of availability compared to conventional chelating agents.
The natural chelating agents market size was estimated to be US$ 2.45 billion in 2021.
The natural chelating agents market is expected to grow at a CAGR of 5.2% from 2023 to 2032.
Major players operating in the global natural chelating agents market include Omya Kinetik, Shandong Yuanlian Chemical Co., Ltd., DOW, Akzo Noble N.V., Nippon Shokubai Co. Ltd, Nouryon, Kemira OYJ, and Innospec.
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