By installing it on the piping of water, boilers, heating devices, kilns, etc., it is possible to improve the quality of water and fuel and reduce fuel consumption.
MSP_Pro is a device that is installed on boilers and heating equipment within factories to reform fuel. By adjusting equipment such as boilers to match the reformed fuel, it is possible to reduce fuel consumption. It can be described as a fuel cost reduction device that utilizes a new technology of high-frequency rotation in a magnetic field. When hydrocarbon fuels such as heavy oil and kerosene are burned, methane molecules have the property of absorbing electromagnetic wave radiation energy at certain wavelengths. If this energy can be continuously supplied, the vibrations of the absorbed molecules become more intense, leading to more collisions with oxygen molecules, which promotes the combustion reaction and raises the flame temperature. This is the principle of fuel reduction for MSP_Pro. MSP_Pro uses a special coil controlled by a microcontroller to continuously generate safe electromagnetic waves. Traditional energy-saving fuel methods focus on reducing heat loss through adequate insulation or promoting combustion by mixing compounds like copper or manganese into the fuel, but using electromagnetic wave radiation energy like MSP_Pro is a world first. Additionally, MSP_Pro has the effect of removing sludge and scale that adhere to the inner walls of oil and water pipes, as well as preventing further adhesion.
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【Features】 1. Significant improvement in energy efficiency By installing MSP_Pro on the fuel supply pipes used for liquid fuels (gasoline, alcohol, light oil, kerosene, heavy oil) in boilers, generators, and blast furnaces, it is possible to reform the fuel and greatly improve energy efficiency. 2. Substantial reduction in fuel usage costs The introduction of MSP_Pro allows for significant improvements in fuel efficiency by enhancing the fuel, making it possible to save on fuel consumption. 3. Contribution to preventing global warming The improvement in combustion efficiency and reduction in usage of carbon-based fuels, which are a cause of CO2 emissions, promotes the cleaning of exhaust gases and has a significant effect on CO2 reduction. 4. Easy installation MSP_Pro is compact and easy to install. Utilizing mechatronics, it offers high safety, making it easy for customers to adopt and expand its application fields.
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Applications/Examples of results
**Applications** 1. Beverage Plants Applicable to all beverage uses, aiming for the depolymerization of liquid molecules and activation of ingredients. 2. Food Plants Starting with water treatment, through oil processing and fryer usage, it aims to reduce the depolymerization of oil and inhibit oxidation in the processes using various cooking oils, such as for potato chips and fried chicken. 3. Fuel Reduction Aiming to reduce boiler fuel and improve the usage environment. It can also address fuel reduction issues in large-scale plants using mineral oils. 4. Agricultural Sector In hydroponics, by depolymerizing water and liquid fertilizers to enhance absorption, increased production and yield improvements are expected. For white rice used in large-scale prepared food plants, nearly 70% of the initial washing water permeates the rice, resulting in significant differences in cooking outcomes. The absorption rate of brown rice is particularly poor, and using MSP_Pro water leads to significant differences in absorption and finishing. 5. Wastewater Treatment Highly applicable to existing plants, with no need for large-scale repairs, it can be expected to improve wastewater treatment and many other water treatments. 6. Odor Control Starting with food plants, by installing in odor discharge ducts, it alters the molecular structure of odors, which can help address odor issues in neighboring areas.
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We will conduct our activities regarding software development based on the following policies rooted in our fundamental principles. (1) Pursue how the development process should be and create methods that allow for fast and reliable development. (2) Share development methodologies to produce high-quality software. (3) Develop our own development support tools that incorporate the latest technologies and utilize them to ensure customer satisfaction.
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