Method of reinforcing catalyst reaction
AssigneeYugen Kaisha Kankyogijyutsu Kenkyusho
InventorAtsushi Takaki
Life of this patent
Estimating the term…
Abstract
A method is provided for enhancing the catalytic reaction, by disposing a semiconductor catalyst in a fluid which includes charged particles and generating a magnetic field in the space where the semiconductor catalyst is disposed so as to impart electromagnetic induction energy to the charged particles. This method is capable of carrying out the reduction of nitrogen oxides, dechlorination of organic chlorine compounds and other reactions efficiently.
Claims13
A method of enhancing a catalytic reaction, which comprises disposing a semiconductor catalyst in a fluid which includes charged particles, and generating a magnetic field in the space wherein the semiconductor catalyst is disposed to impart electromagnetic induction energy to said charged particles, thereby enhancing the catalytic reaction of the semiconductor catalyst, wherein kinetic energy is imparted to the charged particles by means of ultrasonic energy in the magnetic field.
A method of enhancing a catalytic reaction, which comprises disposing a semiconductor catalyst in a fluid which includes charged particles, and generating a magnetic field in the space wherein the semiconductor catalyst is disposed to impart electromagnetic induction energy to said charged particles, thereby enhancing the catalytic reaction of the semiconductor catalyst, wherein kinetic energy is imparted to the charged particles by means of microwave energy in the magnetic field.
A catalytic reaction apparatus comprising:
- a semiconductor catalyst layer;
- a fluid supplying and discharging means which introduces a fluid including charged particles to said catalyst layer and discharges the fluid;
- a magnetic field generator which generates a magnetic field in the fluid;
- and
- an ultrasonic generator.
A method of enhancing a catalytic reaction, which comprises disposing a semiconductor catalyst in a fluid which includes charged particles, and generating a magnetic field in the space wherein the semiconductor catalyst is disposed to impart electromagnetic induction energy to said charged particles, thereby enhancing the catalytic reaction of the semiconductor catalyst, wherein the semiconductor catalyst includes titanium dioxide, activated carbon, and magnetite.
Dependencies are inferred from the claim text.