Hydrogen peroxide (H₂O₂) is a powerful oxidising agent widely used across industrial applications. It is used for bleaching, disinfection, oxidation and water treatment, while an important advantage is that it primarily decomposes into water and oxygen.

Today, however, the hydrogen peroxide market is increasingly influenced by energy costs, production capacity and logistics.

Why Do Production Costs Matter?

Industrial hydrogen peroxide production has traditionally been based on large, centralised plants. This model enables large-scale production but requires significant process infrastructure and energy, while transporting the finished product to end users adds another cost factor.

As a result, H₂O₂ pricing is influenced by more than production costs alone. Energy prices, product availability, supplier location and transportation costs are becoming increasingly important factors.

Can Hydrogen Peroxide Be Produced Where It Is Used?

One of the more interesting developments is the use of electrochemical technologies for producing hydrogen peroxide closer to the point of consumption.

Instead of producing the chemical at a large centralised facility and transporting it to the customer, these technologies can enable the required quantity to be produced directly at an industrial site using water, air and electricity.

The technology is not yet a replacement for conventional industrial production, but it could potentially reduce the need to transport and store larger quantities of concentrated hydrogen peroxide. It may be particularly interesting for large industrial users with continuous demand.

Where It Is Used

The largest share of hydrogen peroxide in Europe is consumed in the pulp and paper industry for chlorine-free bleaching. This is followed by chemical production, where it serves as an oxidiser in the synthesis of other compounds. In the textile industry, it is used for bleaching fabrics, and in water treatment for destroying organic pollutants and microorganisms.

In the food industry, the US Food and Drug Administration has approved it as an antimicrobial agent and bleaching agent in the production of cheese, eggs, wine, and corn syrup. In the cleaning industry, it has become the standard for disinfecting surfaces in hospitals and food processing plants.

What Does This Mean for Procurement?

For industrial buyers, price is no longer the only consideration. With hydrogen peroxide, supply reliability, product availability, logistics and continuity of supply are becoming increasingly important.

The development of new production technologies could gradually change how hydrogen peroxide is produced and distributed, although large centralised plants are expected to remain the backbone of the market for the foreseeable future.

Textile Industry

Hydrogen Peroxide: How the Market Is Changing and What It Means for Procurement