• Good User Reputation for Alcohol Making Equipment - Threonine continuously crystallization process – Jinta
  • Good User Reputation for Alcohol Making Equipment - Threonine continuously crystallization process – Jinta

Good User Reputation for Alcohol Making Equipment - Threonine continuously crystallization process – Jinta

Short Description:


Product Detail

Product Tags

Related Video

Feedback (2)

Sticking to the belief of "Creating products of high quality and making friends with people from all over the world", we always put the interest of customers in the first place for Alcohol Making Equipment, Making Ethanol Equipment From Sugarcane, Tube Heat Exchanger Manufacturers, Therefore, we can meet different inquiries from different consumers. You should find our web page to check additional info from our products.
Good User Reputation for Alcohol Making Equipment - Threonine continuously crystallization process – Jinta Detail:

Threonine introduction

L-threonine is an essential amino acid, and threonine is mainly used in medicine, chemical reagents, food fortifiers, feed additives, etc. In particular, the amount of feed additives is increasing rapidly. It is often added to the feed of juvenile piglets and poultry. It is the second restricted amino acid in pig feed and the third restricted amino acid in poultry feed. Adding L-threonine to compound feed has the following characteristics:
① It can adjust the amino acid balance of feed and promote the growth of poultry and livestock;
② It can improve meat quality;
③ It can improve the nutritional value of feed with low amino acid digestibility;
④ It can reduce The cost of feed ingredients; therefore, it has been widely used in the feed industry in EU countries (mainly Germany, Belgium, Denmark, etc.) and American countries.

The production and detection method of L-threonine

The production methods of threonine mainly include fermentation method, protein hydrolysis method and chemical synthesis method. Microbial fermentation method produces threonine, which has become the current mainstream method due to its simple process and low cost. There are many methods for determining threonine content in the middle of fermentation, mainly including amino acid analyzer method, ninhydrin method, paper chromatography method, formaldehyde titration method, etc.

Paten No.ZL 2012 2 0135462.0

Summary

Threonine filter clogging liquid will generate crystal in the condition of low concentration evaporation, In order to avoid crystal precipitation, the process will adopt the mode of four-effect evaporation to realized clear and closed production. Crystallization is the Self-developed Oslo elutriation crystallizer without stirring

The device adopt automatic program to control.

Third, the process flow chart:

Third, the process flow chart


Product detail pictures:

Good User Reputation for Alcohol Making Equipment - Threonine continuously crystallization process – Jinta detail pictures


Related Product Guide:

We goal to understand excellent disfigurement from the manufacturing and supply the top support to domestic and abroad clients wholeheartedly for Good User Reputation for Alcohol Making Equipment - Threonine continuously crystallization process – Jinta , The product will supply to all over the world, such as: Madagascar, Norway, European, With many years good service and development, we've a professional international trade sales team. Our products have exported to North America, Europe, Japan, Korea, Australia, New Zealand, Russia and other countries. Looking forward to build up a good and long term cooperation with you in coming future!
  • This is a very professional wholesaler, we always come to their company for procurement, good quality and cheap.
    5 Stars By Melissa from New Zealand - 2018.09.23 17:37
    Factory equipment is advanced in the industry and the product is fine workmanship, moreover the price is very cheap, value for money!
    5 Stars By Cora from Sri Lanka - 2017.08.18 11:04
    Write your message here and send it to us

    Related products

    • High Quality for Asme Structural Pressure Vessels - Furfural and corn cob produce furfural process – Jinta

      High Quality for Asme Structural Pressure Vesse...

      Summary The containing Pentosan plant fiber materials (like Corn cob, peanut shells, cotton seed hulls, rice hulls, sawdust, cotton wood) will hydrolysis into pentose in the fluence of the certain temperature and catalyst, Pentoses leave off three water molecules to form furfural The corn cob is used by the materials usually, and after a series of process that include Purification, crushing, with acid hydrolysis, mash distillation, neutralization, dewatering, refining get the qualified f...

    • China Cheap price Asme Distilling Column - Hydrogen peroxide production process – Jinta

      China Cheap price Asme Distilling Column - Hyd...

      Hydrogen peroxide production process The chemical formula of hydrogen peroxide is H2O2, commonly known as hydrogen peroxide. Appearance is a colorless transparent liquid, it is a strong oxidant, its aqueous solution is suitable for medical wound disinfection and environmental disinfection and food disinfection. Under normal circumstances, it will decompose into water and oxygen, but the decomposition rate is extremely slow, and the speed of the reaction is accelerated by adding a catalyst ...

    • Fixed Competitive Price Shell & Tube Heat Exchangers - Furfural and corn cob produce furfural process – Jinta

      Fixed Competitive Price Shell & Tube Heat E...

      Summary The containing Pentosan plant fiber materials (like Corn cob, peanut shells, cotton seed hulls, rice hulls, sawdust, cotton wood) will hydrolysis into pentose in the fluence of the certain temperature and catalyst, Pentoses leave off three water molecules to form furfural The corn cob is used by the materials usually, and after a series of process that include Purification, crushing, with acid hydrolysis, mash distillation, neutralization, dewatering, refining get the qualified f...

    • One of Hottest for Parallel Feed Multiple Effect Evaporator - Dealing with the new process of furfural waste water closed evaporation circulation – Jinta

      One of Hottest for Parallel Feed Multiple Effec...

      National invention patent The characteristics and treatment method of furfural wastewater: It has strong acidity. The bottom wastewater contains 1.2%~2.5% acetic acid, which is turbid, khaki, light transmittance <60%. In addition to water and acetic acid, it also contains extremely A small amount of furfural, other trace organic acids, ketones, etc. The COD in the wastewater is about 15000~20000mg/L, BOD is about 5000mg/L, SS is about 250mg/L, and the temperature is about 100℃. If the was...

    • OEM/ODM Supplier Asme Pressure Vessel Manufacturing Companies - Hydrogen peroxide production process – Jinta

      OEM/ODM Supplier Asme Pressure Vessel Manufactu...

      Hydrogen peroxide production process The chemical formula of hydrogen peroxide is H2O2, commonly known as hydrogen peroxide. Appearance is a colorless transparent liquid, it is a strong oxidant, its aqueous solution is suitable for medical wound disinfection and environmental disinfection and food disinfection. Under normal circumstances, it will decompose into water and oxygen, but the decomposition rate is extremely slow, and the speed of the reaction is accelerated by adding a catalyst ...

    • factory low price Stainless Tanks And Pressure Vessels - Dealing with the new process of furfural waste water closed evaporation circulation – Jinta

      factory low price Stainless Tanks And Pressure ...

      National invention patent The characteristics and treatment method of furfural wastewater: It has strong acidity. The bottom wastewater contains 1.2%~2.5% acetic acid, which is turbid, khaki, light transmittance <60%. In addition to water and acetic acid, it also contains extremely A small amount of furfural, other trace organic acids, ketones, etc. The COD in the wastewater is about 15000~20000mg/L, BOD is about 5000mg/L, SS is about 250mg/L, and the temperature is about 100℃. If the was...