Abstract: An extraction technology of a Xiao-yao-drink includes a medicine preparing step of preparing herbal medicines, a pulverizing step of pulverizing the herbal medicines to produce medicinal solid particles, a liquid extracting step of adding the medicinal solid particles into an extraction liquid to dissolve the medicinal solid particles in the extraction liquid, an ultrasonic extraction step of impacting the medicinal solid particles in the extraction liquid by concentrated ultrasonic waves to crush the medicinal solid particles into medicinal molecules, and a centrifugal filtering step of filtering the medicinal molecules from the extraction liquid by a strainer cloth to produce a medicinal extract which constructs a Xiao-yao-drink product. Thus, the extraction technology uses an ultrasonic extraction procedure to crush the medicinal solid particles into medicinal molecules by concentrated ultrasonic waves to efficiently increase the active component of the herbal medicine.

Abstract: An extraction technology of a Xiao-yao-drink includes a medicine preparing step of preparing herbal medicines, a pulverizing step of pulverizing the herbal medicines to produce medicinal solid particles, a liquid extracting step of adding the medicinal solid particles into an extraction liquid to dissolve the medicinal solid particles in the extraction liquid, an ultrasonic extraction step of impacting the medicinal solid particles in the extraction liquid by concentrated ultrasonic waves to crush the medicinal solid particles into medicinal molecules, and a centrifugal filtering step of filtering the medicinal molecules from the extraction liquid by a strainer cloth to produce a medicinal extract which constructs a Xiao-yao-drink product. Thus, the extraction technology uses an ultrasonic extraction procedure to crush the medicinal solid particles into medicinal molecules by concentrated ultrasonic waves to efficiently increase the active component of the herbal medicine.

Abstract: A method for breaking the cell walls of microalgae includes cultivating microbes in a cultivating liquid, adding microalgae into the cultivating liquid to mix with the microbes, releasing a hydrolysis ferment from the microbes, hydrolyzing cell walls of the microalgae by the hydrolysis ferment of the microbes to decompose the cell walls of the microalgae into saccharide, and removing the microalgae from the cultivating liquid. Thus, the microbes release the hydrolysis ferment after the microalgae touch the microbes so as to hydrolyze and decompose the cell walls of the microalgae in a moderate manner without breaking the contents of the microalgae so that the contents of the microalgae can be released, absorbed and used completely.

Abstract: A method for breaking the cell walls of microalgae includes cultivating microbes in a cultivating liquid, adding microalgae into the cultivating liquid to mix with the microbes, releasing a hydrolysis ferment from the microbes, hydrolyzing cell walls of the microalgae by the hydrolysis ferment of the microbes to decompose the cell walls of the microalgae into saccharide, and removing the microalgae from the cultivating liquid. Thus, the microbes release the hydrolysis ferment after the microalgae touch the microbes so as to hydrolyze and decompose the cell walls of the microalgae in a moderate manner without breaking the contents of the microalgae so that the contents of the microalgae can be released, absorbed and used completely.

Abstract: An integrated technology of algae bio-diesel and algae ferment reuse includes providing algae, placing the algae into an optical reactor to grow the algae into rich algae, abstracting the rich algae to form abstracted algae and fat, placing the abstracted algae into a ferment tank so that the abstracted algae are decomposed and fermented to form a fermented substance and a fermented liquid, and making the fermented substance and the fermented liquid into a by-product. Thus, the algae produce carbon dioxide during the fermenting process, so that the carbon dioxide produced by the abstracted algae in the ferment tank is supplied to the algae in the optical reactor to form a breathing cycle between the optical reactor and the ferment tank so as to promote the growth of the algae simultaneously.