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Lactic Acid Production Line Starch Fermentation Lactic Acid Plants

Price $5900000.00
Min Order 1 Set
Availability In Stock
Shipping From Zhejiang, China
Popularity 351 people viewed
Model NO.:
WGLA-00
After-sales Service:
Accessories Provided
Warranty:
1 Year After Commissioning and Installation
Type:
Tower Reactor
Material:
Stainless Steel
Capacity:
>1000L
Structure:
Multiple Parallel
Pressure:
Atmospheric
Agitator Model:
Turbine Agitator
Tower Reactor Type:
Plate Tower Reactor
Heating:
Hot Water Heating
Heat Transfer Structure:
Combined
Automatic Grade:
Automatic
Condition:
New
Lactic Acid Content:
99.98%
Trademark:
WellCare
Transport Package:
Bulk Load
Specification:
Pure H2O2
Origin:
China
HS Code:
8419409090
Product Description

Abstract:

Lactic acid is a naturally occurring organic acid that can be used in a wide variety of industries, such as the cosmetic, pharmaceutical, chemical, food, and, most recently, the medical industries. It can be made by the fermentation of sugars obtained from renewable resources, which means that it is an eco-friendly product that has attracted a lot of attention in recent years. 

Keywords: Lactic acid; Fermentation; Renewable resources; Separation processes

LACTIC ACID PROPERTIES:
 
PropertiesValues
Density at 20ºC(g/L)1.249
Melting point (ºC)52.8 (D): 53.0 (L): 16.8 DL)
Boiling point(ºC)82.0(DL)a 0.5 mm Hg:122.0 (DL) at 15 mmHg; 103 (D) at 15mmHg
Dissociation constant (pKa) at 25ºC3.83 (D);3.79 (L)
Heat capacity (J/m olºC) at 20ºC190 (DL)
Heat of solution (kJ/m ol) at 25ºC7.79 (L)
Heat of fusion (kJ/m ol)16.86 (L);11.33 (DL)
 

APPLICATIONS:

Lactic acid has a wide range of applications in chemicals, pharmaceuticals, and food, and it is a precursor to several products. The uses and demand of lactic acid are shown in Fig. 1. Although commercially available long ago, it is only in recent decades that new uses have resulted in a great increase in the demand.

SEPARATION AND PURIFICATION PROCESSES:

Separation processes are essential to the chemical industry and other related industries. Approximately 40% to 70% of operating and capital costs are associated with the separations steps (Wankat 2007). In lactic acid production processes, development of an effective method of lactic acid separation and purification from fermentation broth is extremely important for economic viability. Although the difference between the boiling point of lactic acid and water is relatively large, it is almost impossible to obtain pure crystalline lactic acid. This is because lactic acid has a high affinity for water and a dimer of lactate is formed when lactic acid concentrations are sufficiently high.


Factory Workshop Presents:

 
 

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