The US Sulfuric Acid Market is Booming and Expected to Grow by USD 1.12 Billion (2024-2028)

Based on the findings of Technavio, Americas' sulfuric acid market will see a valuation of a whopping USD 1.12 billion between the years 2024 to 2028. By the growth rate forecasted for this period, this sum covers an expansion brought by a compound annual growth rate of 6.78%. The steady increase in demand for sulfuric acid from diverse industrial applications and trends toward in Smelter Recovery are supportive factors behind the realization of the predictions. However, strict environmental government regulations against use of sulfuric acid poses a challenge. Key market players include BASF SE, Cornerstone Chemical Co., Dulany Industries Inc., DuPont de Nemours Inc., Ecovyst Inc., Entegris Inc., Glencore Plc, Hibrett Puratex, Honeywell International Inc., Itafos Inc., Noah Chemicals, Nyrstar, Oxbow Corp., ProChem Inc., PVS Chemicals Inc., TCP Analytical, The Chemical Co., The Mosaic Co., Tronox Holdings Plc, and WeylChem International GmbH.

Market Driver

The sulfuric acid market in the US is experiencing growth due to the implementation of stricter environmental regulations to minimize sulfur dioxide (SO2) emissions from smelters. Sulfuric acid can be produced using the SO2 by-products obtained from smelters in copper, lead, molybdenum, and zinc industries, accounting for approximately 16.12% of total sulfuric acid production. Efficient sulfuric acid plants are being installed in these industries to limit SO2 emissions and reduce sulfur burning. For instance, during copper manufacturing, SO2 is produced when oxygen-rich air is blown through a copper matte. This SO2 is then utilized in sulfuric acid plants to produce sulfuric acid, making it an effective method for disposing of unwanted by-products in the metal and oil and gas industries. With mineral exploration depleting ore quality and increasing mining activities, high SO2 formation is a byproduct. The increasing demand for environmentally mandated smelter capacity to produce sulfuric acid is also driving market growth. In conclusion, the rising production of sulfuric acid using SO2 by-products from smelters is positively impacting the growth of the sulfuric acid market in the US. 

The market for sulfuric acid is booming in the US due to the significant reactants from the chemical industry, such as metal processing and petroleum refining industries. Sulfuric acid is vital in the manufacture of sulfate salts, like gypsum and barite, and nitric and hydrochloric acids, synthetic detergents, and in the manufacture of dyes and pigments. The market is now riding a boon; it caters to industries producing explosives, transportation, and the metal industry. The deficits in revenue forced a shift of greateru demand for sulfuric acid that is utilized in the production of inorganic phosphate fertilizers like ammonium sulfate, superphosphate of lime, and diammonium phosphate (DAP), thereby increasing the crop yields. An array of uses for sulfuric acid includes automobile batteries, car batteries, lead production, drain cleaners, textile cleaners, and chemotherapy drugs. Sulfuric acid is used to manufacture phosphoric acid, iron and steel, wastewater treatment, lead-acid batteries, rayon, potato harvesting, and base metal smelters. In industrial cleaning agents, rust and iron are effectively removed with sulfuric acid. In general, sulfuric acid is a solved commodity chemical with a diverse range of industrial applications. While elemental sulfur and pyrite ore form crude oil in the various plants for the manufacture of sulfuric acid. 

Market Challenges

Sulfuric acid is widely used in different industries, but its production and use is subjected to stringent environmental regulations considering the probable emissions of gaseous pollutants including SO2 and sulfuric acid mist. This creates acid rain, which deprives humans of their health, plants of growth, and aquatic life of existence. The EPA has developed these New Source Performance Standards (NSPS) regulations for their sources-emissions including particulate matter, SO2, nitrogen oxides, and sulfuric acid mist-from sulfuric acid plants in the US. The threshold limit value-time-weighted average (TLV-TWA) set by ACGIH for sulfuric acid is 0.2 mg/m3, as measured by a thoracic particulate fraction. Besides, ACGIH has classified sulfuric acid as a suspected human carcinogen when contained in strong inorganic acid mists. The regulations are meant to ensure that production and use of sulfuric acid do not pose any undue environmental or health risks, which may check growth prospects in the sulfuric acid market in the US in the assessment period. 

Ultimately, the Sulfuric Acid operations struggled with the easy attainment and abundant availability of various raw materials such as sulfur and oxygen. Although sulfur derives from pyrite usage or mineral resources, sulfur dioxide gas is produced in a reaction process, converted to sulfur trioxide subsequently charging into water, culminating in sulfuric acid. Often, wastes are detailed in the process, for their disposal must be undertaken, minimizing environmental impact. Sulfuric acid is important in a variety of industries including chemicals, agriculture, automotive, and fertilizers. Its great acidic properties make it an important requirement in the manufacture of fertilizers like ammonia sulfate, nitrogen sulfate, and phosphate-based ones. The production of sulfuric acid further involves hydrogen and oxygen hence upholds the cost affluence and operational complexity. The chlorate and contact methods are common in the manufacture of sulfuric acid, with the smelters forming great sources of sulfur dioxide. While catalysts and dehydrating agents are used to streamline reaction processes and ensure maximized production, however important it may be, the sulfuric acid market is deterred by the problems associated with waste management, sustainable methods of production, and water holding ecology.