Intratec Discloses Costs of Hydrogen Peroxide Production ...

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New report details capital investment and operating costs of a Hydrogen Peroxide Plant located in the USA.

Intratec Solutions LLC, a leading source for chemical market data and production cost reports, is thrilled to announce a new report detailing the production costs of Hydrogen Peroxide.

The report explores the economics of Hydrogen Peroxide production from hydrogen in the USA using the anthraquinone auto-oxidation process. This comprehensive study presents construction costs, a breakdown of production costs, and figures on raw materials consumption. It can be enhanced with supplementary analyses, including Process Flow Diagrams, Equipment Lists, and Utilities Consumption Breakdown.

This new study is part of Intratec's portfolio, which includes over 900 up-to-date, independent, and cost-effective reports. Reports can be purchased online at the Intratec website using credit cards.

The content of the new report can be found at this link.

For additional Intratec reports focused on the production costs of Hydrogen Peroxide through various manufacturing processes, alternative raw materials, or different locations, visit this link.

About Intratec Solutions LLC

Intratec (www.intratec.us) is an independent research and advisory firm, recognized for excellence in evaluating chemical markets and the economics of industrial processes. Since its inception, the production cost reports and online databases provided have significantly enhanced early recognition of promising research and capital investment opportunities across the chemicals, petrochemicals, oil, plastics, renewable energy, and allied sectors.

Source: Intratec

Further Information on the Hydrogen Peroxide Price Chart

What is Hydrogen Peroxide?

Hydrogen peroxide is a chemical compound with the formula H2O2. It is a colorless liquid commonly used as a bleach and oxidizer. As a strong oxidizer, it releases oxygen gas upon contact with organic materials or catalysts, making it useful for cleaning and sanitizing surfaces. In low concentrations, it serves as a disinfectant for cuts and wounds, while in higher concentrations, it can be used for hair lightening or as a rocket propellant. Ingestion or application in high concentrations can lead to toxicity and irritations of the skin and eyes.

What is Hydrogen Peroxide Used For?

Hydrogen peroxide has diverse applications, including:

Disinfectant

Hydrogen peroxide is frequently used as a disinfectant due to its oxidizing properties, effective for sanitizing surfaces, equipment, and wound dressings.

Bleaching Agent

It is commonly utilized as a bleach for clothes, hair, and teeth whitening.

Oxidizer

In rocket fuels, hydrogen peroxide serves as an oxidizer and acts as an initiator in foam product manufacturing.

Environmental Applications

It is used in wastewater treatment to remove organic contaminants and in soil and groundwater remediation to decompose harmful chemicals.

Medical Uses

In low concentrations, hydrogen peroxide acts as an antiseptic for wound cleaning, while higher concentrations serve as an oxygen source for medical treatments like oxygen therapy.

Food Industry

In the food industry, it functions as a sanitizer and bleaching agent for flour and spices.

How is Hydrogen Peroxide Produced?

Hydrogen peroxide can be manufactured through various methods, including:

Electrolysis of Water

This is the most prevalent method for large-scale hydrogen peroxide production, where water is electrolyzed to produce hydrogen and oxygen, which then combine.

Chemical Synthesis

Using catalysts like manganese dioxide, hydrogen and oxygen can react to synthesize hydrogen peroxide.

Biological Production

Certain bacteria and plant tissues naturally produce hydrogen peroxide as a byproduct of cellular metabolism.

Regardless of the production method, careful control of temperature, pressure, and catalysts is crucial for ensuring safety and product quality.

What Drives the Cost of Hydrogen Peroxide?

Certain factors influence hydrogen peroxide costs, including:

Raw Material Prices

Hydrogen and oxygen, the primary raw materials, significantly affect production costs.

Production Process

Cost variation arises from the specific production processes utilized, affected by energy consumption and catalyst expenses.

Capacity Utilization

Cost fluctuations may occur depending on capacity utilization at production facilities.

Transportation and Storage

Transporting and storing hydrogen peroxide incurs costs that impact pricing, especially for large-scale shipments due to specialized equipment and spill risks.

Government Regulations

Environmental regulations and taxes can influence costs, necessitating investment in processes to ratify compliance.

Notably, costs can vary significantly by region, applications, and required quality or purity standards.

Types of Hydrogen Peroxide

Several formulated versions of hydrogen peroxide exist for specific applications, including:

Technical-Grade Hydrogen Peroxide

A concentrated form for industrial and manufacturing purposes.

Food-Grade Hydrogen Peroxide

Used in the food sector as a sanitizer and bleaching agent.

Cosmetic-Grade Hydrogen Peroxide

Utilized in cosmetics, including hair bleach and teeth whiteners.

Pharmaceutical-Grade Hydrogen Peroxide

Applied in medical contexts for wound care and as an oxygen source for therapies.

Reagent-Grade Hydrogen Peroxide

Used in chemical analysis and research applications.

The purity and concentration can vary based on the type and intended usage.

The Global Hydrogen Peroxide Market

The global hydrogen peroxide market was estimated at approximately $7 billion and is projected to grow at around 4% CAGR during the forecast period. Demand from various sectors, including paper and pulp, textiles, water treatment, and personal care, drives this growth. The increasing appetite for eco-friendly chemical products also contributes to market expansion.

Nonetheless, challenges such as strict regulations on hazardous materials and high production costs can hinder growth. Ongoing research and development, coupled with rising demand in diverse applications, suggest promising opportunities for future market growth.

Hydrogen Peroxide ranks among the most traded products globally.

According to OEC, in 2020, the top exporters of Hydrogen Peroxide included Belgium ($87.1M), Netherlands ($85.8M), South Korea ($79.4M), Thailand ($58.8M), and Germany ($57.9M).

In 2020, the primary importers were Germany ($89.8M), Japan ($54.4M), Chinese Taipei ($42.3M), Italy ($40.3M), and Russia ($35.1M).

Major Producers of Hydrogen Peroxide

Several key players dominate global hydrogen peroxide production, including:

Evonik Industries AG

This German company ranks among the largest hydrogen peroxide producers worldwide.

Solvay

Based in Belgium, Solvay manufactures hydrogen peroxide for various applications across sectors like pulp and paper, electronics, and textiles.

Kemira

Kemira is a Finnish company producing hydrogen peroxide for applications in water treatment, pulp and paper, and oil and gas.

AkzoNobel

As a leading Dutch chemical company, AkzoNobel produces hydrogen peroxide for pulp and paper, textiles, and water treatment applications.

Mitsubishi Gas Chemical Company, Inc.

This Japanese company also produces hydrogen peroxide for various applications, including pulp and paper, textiles, and electronics.

While these companies are among the major producers, many others contribute to the competitive global hydrogen peroxide market. Leading manufacturers continuously invest in research and development to enhance production efficiency and adapt to evolving market demands.

Further Information

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