The growing energy consumption is driving the market growth
The market CAGR for polyglycolic acid is being driven by rising energy consumption. Various factors determine the success of the polyglycolic acid market. The usage of PGA in frac spheres and frac connectors, which are extensively employed in the oil & gas sector, is one of the primary catalysts. The industry's need is likely to grow further following the loosening of the COVID-19 criteria. Likewise, the usage of PGA in the healthcare and packaging industries adds to the stable polyglycolic acid share of the market.
Because the chemical polyglycolic acid is utilized in many vital sectors, its demand is expected to rise. Because of their cheap operating costs, PGA-based frac inserts have replaced metal plugs. Its use in the packaging sector is also expanding, boosting its performance. Rapid urbanization and industrialization are projected to boost energy demand, which might increase polyglycolic acid demand in the market.
Additionally, In the current environment, there is an additional chance to capitalize on the rising industrialization and urbanization of many nations, which would raise the need for energy, leading to a rise in PGA consumption. The growing number of market participants has raised competition intensity. High competition may lead to the expansion of this industry. It would encourage companies to use creative and innovative thinking to improve market competitiveness.
The COVID-19 pandemic has had a negative impact on the PGA market, as it has on every other sector and business. Because of the epidemic, manufacturing operations came to a standstill, and demand also fell. However, the economy has been fast adjusting to the changing scenario. To address the problem, government officials and relevant authorities recommended innovative solutions to ensure that the expansion of the polyglycolic acid industry was maintained. Significant corporate actors and governments have used creative approaches and strategic initiatives to assist the market.
As a result of this strategy, the polyglycolic acid sector's share has delivered a consistent and robust performance, and new types of opportunities are developing in the industry.
For instance, according to studies by the India Brand Equity Foundation, India's healthcare business is expected to be valued at USD 275 billion throughout the projection period. Rising consumer spending and a shift towards packed and sustainable goods have resulted in creative and practical packaging for food, drinks, and household care items, which can secure market development in the future. Thus, it is anticipated that demand for Polyglycolic Acid will increase throughout the projection timeframe due to the rising energy consumption. Thus, driving the Polyglycolic Acid market revenue.
February 2024 The board of directors of Balrampur Chini Mills Ltd (BCML) gave its approval for the company to establish a new line of business, which is the manufacturing of polylactic acid (PLA), which is utilized in the creation of bioplastic.The "state-of-the-art" PLA plant that BCML plans to build will have a capacity of 75,000 tons per year and will be built on a "global" scale.
In close proximity to one of the company's current sugar factories, the new facility will be situated on a "greenfield site." This location is advantageous since a significant amount of the local infrastructure already exists, which can be used to speed up the building of the plant. The manufacturing of PLA requires sugar as its raw ingredient. The proximity of the project to the existing BCML unit will be a significant benefit in terms of the ongoing supply of sugar and bagasse (energy) when it comes to the project.
Due to the fact that it would be the first industrial bio-plastic facility in India, it will also send a very powerful signal to the market and the policymakers in India. In a period of thirty months, it is anticipated that the project will be finished.This change in strategy is mirrored in the company's involvement with polylactic acid (PLA) and bioplastics that use sugar as a raw material, according to the company. PLA is a material that provides dual advantages as a bio-based and biodegradable material, offering a sustainable option for traditional plastics in a variety of applications.
This is because to the fact that PLA recognizes a unique potential. This connects well with our dedication to environmentally aware practices and synergizes with our current business strategy, which allows us to contribute to a manufacturing method that is more responsible and also sustainable.
The increasing demand for biodegradable materials in various industries appears to be driving the growth of the polyglycolic acid market, suggesting a shift towards sustainable practices in manufacturing.
U.S. Department of Agriculture