The science pros at TKOR explore wild hydrogen reactions in a fiery test.

Hydrogen peroxide with a concentration of less than 30% serves mainly consumer and residential purposes, including usage in personal care items, home disinfectants and industrial applications with ...

Ionized hydrogen peroxide (iHP) was developed as a more advanced replacement for vaporized hydrogen peroxide (VHP). Unlike regular hydrogen peroxide, which might come in high concentrations ...

After applying the hydrogen peroxide to moldy surfaces, you should notice that it starts bubbling. This bubbling signals that the oxidizing reaction is occurring. Hydrogen peroxide can produce ...

The hybrid catalyst operates through a two-step reaction. Initially, the zeolite transforms methane into methanol, followed by the enzyme converting methanol into formaldehyde. This process also ...

and then the enzyme converts methanol to formaldehyde. That reaction also generates hydrogen peroxide, which is fed back into the zeolite to provide a source of oxygen for the conversion of methane to ...

and then the enzyme converts methanol to formaldehyde. That reaction also generates hydrogen peroxide, which is fed back into the zeolite to provide a source of oxygen for the conversion of methane to ...

That reaction also generates hydrogen peroxide, which is fed back into the zeolite to provide a source of oxygen for the conversion of methane to methanol. This series of reactions can occur at ...

Singh also announced the successful synthesis of CO2 captured from flue gas with hydrogen produced from a PEM electrolyzer, which was then converted into methanol at NTPC’s Vindhyachal plant.