Less than 0.5% Change in global Acesulfame Potassium Market Amid Global Festivities

Less than 0.5% Change in global Acesulfame Potassium Market Amid Global Festivities

Peter Schmidt 01-Oct-2025

The global market of Acesulfame Potassium was stable and observed marginal increase in prices in September 2025. The equilibrium was a result of inventory management by the downstream manufacturers who have strategically balanced their stock levels. The celebration of Oktoberfest in Germany has failed to affect the price levels and reinforced a broader trend of cautious consumption practices. The future of Acesulfame Potassium will be complex as the market will likely observe a shift in consumer preference and production cycle. ChemAnalyst after observing the historical trends expects that the Acesulfame Potassium prices will likely be stable in October. The anticipated decline in demand of Acesulfame Potassium from the beverage industry in winters will lead to a price adjustment post-October. The consumer spending should be observed during festive periods like Oktoberfest and the Golden Week to note any potential price changes. A thorough market analysis and anticipated shifts in demand will be pivotal in optimizing the operations and ensuring a sustained growth.

Selenis has effectively manufactured recycled PET chips using terephthalic acid sourced from Circ®, a textile-to-textile recycler based in Virginia. The chip production took place through a series of batches at Selenis' pilot plant in San-Giorgio, Italy. By utilizing inputs recovered from polycotton textile waste, Selenis has created high-quality PET chip, which has been further processed into DTY yarn. This yarn will play a crucial role in product development as Circ prepares for additional capsule launches. Selenis is leveraging the success of this initial collaboration phase and is committed to advancing towards an offtake partnership to support Circ's inaugural industrial facility. Eduardo Santos, Head of Corporate Strategy at Selenis, remarked that the monomer synthesis showed a performance comparable to virgin terephthalic acid. He expressed optimism about the consistent quality of Circ's monomer output and anticipated future commercial success. Santos pointed out that the Circ partnership complements Selenis's existing mission and goals for a more sustainable textile industry. He further stated their anticipation of expanding upon this collaboration and providing support for Circ's forthcoming commercial production trials.

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