Production Cost Report
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Sulfuric Acid
Sulfuric Acid (also known as H2SO4) figures among the most important chemicals. It has a number of large-scale essential uses such as: in the production of phosphoric acid (a key fertilizer), as a pickling agent for iron and steel, as a component of lead storage batteries, in water treatment, and in the production of textile fibers, detergents, as well as in the manufacture of other chemicals.

Sulfuric Acid Production Cost Reports - 2019/20

Capital Investment & Operating Cost of Sulfuric Acid Plants

Sulfuric Acid (also known as H2SO4) figures among the most important chemicals. It has a number of large-scale essential uses such as: in the production of phosphoric acid (a key fertilizer), as a pickling agent for iron and steel, as a component of lead storage batteries, in water treatment, and in the production of textile fibers, detergents, as well as in the manufacture of other chemicals.

Intratec offers professional, easy-to-understand reports examining Sulfuric Acid production. Each study describes an industrial plant, including main process units and site infrastructure, and presents an independent analysis of capital and operating costs. All reports are based on the most recent economic data available (2019/20).

Sulfuric Acid from Sulfur via Double-Contact Process - Cost Analysis | Sulfuric Acid E11A
This report presents the economics of Sulfuric Acid production from sulfur in the United States. In this process, sulfur is burned to form sulfor dioxide, which is then converted to sulfur trioxide. Sulfor trioxide is converted to sulfuric acid by double-contact double absorption (DC/DA) with a high concentration sulfuric acid solution in water.

Analysis Basis: USA   |   2019 Q1   |   96 pages   Starting at $899

Sulfuric Acid from Sulfur via Single-Contact Process - Cost Analysis | Sulfuric Acid E12A
This report presents the economics of Sulfuric Acid production from sulfur in the United States. In this process, sulfur is burned to form sulfor dioxide, which is then converted to sulfur trioxide. However, differently from report E11A, sulfor trioxide is converted to sulfuric acid by absorption with recirculating sulfuric acid solution in water in only one column. The absorption column offgas comprising sulfur dioxide is not recovered in this process.

Analysis Basis: USA   |   2019 Q1   |   102 pages   Starting at $1,099

Sulfuric Acid Production from Iron Pyrite Gases - Cost Analysis | Sulfuric Acid E21A
This report presents the economics of sulfuric acid production from iron pyrate gases in the United States. In this process, iron pyrite gas is treated for undesirable compounds removal and then, sulfor dioxide contained in the gas is converted to sulfor trioxide, which passes through double-contact double absorption to generate sulfuric acid.

Analysis Basis: USA   |   2019 Q1   |   102 pages   Starting at $1,099

Sulfuric Acid from H2S Gases via Wet Sulfuric Acid Process - Cost Analysis | Sulfuric Acid E31A
This report presents the economics of recovering hydrogen sulfide gases to generate sulfuric acid in the United States.

Analysis Basis: USA   |   2019 Q1   |   100 pages   Starting at $899

Sulfuric Acid from Spent Acid via Double-Contact Process - Cost Analysis | Sulfuric Acid E41A
This report presents the economics of spent sulfuric acid regeneration via double-contact double absorption process.

Analysis Basis: USA   |   2019 Q1   |   96 pages   Starting at $899

Sulfuric Acid from Spent Acid via Wet Sulfuric Acid Process - Cost Analysis | Sulfuric Acid E42A
This report presents the economics of spent sulfuric acid regeneration via wet sulfuric acid (WSA) process.

Analysis Basis: USA   |   2019 Q1   |   102 pages   Starting at $1,099

Sulfuric Acid from Tail Gas Using H2O2 Abatement - Cost Analysis | Sulfuric Acid E51A
This report presents the economics of employing hydrogen peroxide abatement to generate Sulfuric Acid from tail gas in the United States.

Analysis Basis: USA   |   2019 Q1   |   102 pages   Starting at $1,099

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