System for producing amino acids using plasma and blood cells isolated from whole blood

Abstract

The present invention provides a system for producing an amino acid using plasma and blood cells separated from whole blood, the system comprising: a centrifuge for centrifugally separating the whole blood of livestock, poultry, and fish; a plasma hydrolysis tank receiving the plasma separated from the centrifuge and including a first indirect heater and a first quantitative injection device; a blood cell hydrolysis tank receiving the blood cells separated from the centrifuge and including a second indirect heater and a second quantitative injection device; the first filter is used for filtering the hydrolyzed plasma amino acid in the plasma hydrolysis tank; the second filter is used for filtering hydrolyzed blood cell amino acid in the blood cell hydrolysis tank; and a plasma amino acid storage tank and a blood cell amino acid storage tank receiving the plasma amino acid and the blood cell amino acid filtered in the first filter and the second filter, respectively, the plasma amino acid storage tank including a first disinfectant injection device, and the blood cell amino acid storage tank including a second disinfectant injection device.

Description

technical field [0001] The present invention relates to a system for producing amino acids using plasma and blood cells separated from whole blood. Background technique [0002] In the 21st century, with the continuous increase of meat consumption, livestock, poultry and fish are the main sources of meat, and their species and individual numbers also show an explosive growth trend. Therefore, the waste blood produced in the slaughtering process of pigs and cattle, which are the most widely consumed, is as high as 15 million tons per year on a global scale, and the blood of poultry and fish is added, and the amount of waste blood is staggering. However, only 5-10% of the waste blood is recovered as raw materials for food, feed, and pharmaceuticals, and most of it is dumped into the ocean. Since 2013, according to the "London Convention on the Prevention of Marine Pollution", the injection of waste blood into the ocean has been completely banned internationally. Countries not...

AI Technical Summary

Problems solved by technology

It can be seen from the above-mentioned prior literature that when enzymatically decomposing slaughtered blood, in order to crush the blood cell membrane with the highest protein content, it still requires a very complicated manufacturing process and the efficiency is low, so there is still a certain degree of large-scale recycling of waste blood. limitation

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