Dioxolane Plant

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Product
Dioxolane Plant
Posting date : Nov 21, 2023
Membership
Free Member Scince Mar 27, 2017
FOB Price
2-10 million
Min. Order Quantity
1 plant
Supply Abillity
10 plants
Port
shanghai
Payment Terms
TT, LC
Package
-
Keyword :
Category
Contact
Jorn Xiang
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Product Detail
Company Info
 
Quick Detail
Place of Origin
China [CN]
Brand Name
Sanli Fengxiang
HS-CODE
9701-90
Package & Delivery Lead Time
Package
-
Delivery Lead Time
4-12 months
Detailed Description
Technology Introduction:
As the second monomer for polyacetal(POM) production,1,3-dioxolane has attracted great attention in recent years due to the expansion of its application, such as the solvent for grease, dyes, cellulose derivatives, polymers and etc, the stabilizer for trichloroethane, components of photosensitiser. There are usually two processes for 1,3-dioxolane production, one uses paraformaldehyde and MEG as the feedstock, while the other starts from concentrated formalin and MEG. SL Tech has been specialized in dioxolane production since 2008 based on concentrated formalin and MEG. In detail, in presence of concentrated sulfuric acid catalyst, enriched formalin and MEG reacts with each other @ 90-100oC atmospheric pressure, the resulting mixture is charged to Enrichment Unit, Extraction Unit, Heavy Components Distillation Unit and Light Components Distillation Unit in subsequence to get the finished 1,3-dioxolane product
Technical Features:
Compared to the other route beginning from paraformaldehyde and MEG, the process SL TEC provides has advangages as below:
  • It has no formalin polymerization, paraformaldehyde drying and aging units, thereby, the investment and the production cost is much lower.
2. It uses concentrated sulfuric acid as the catalyst, which has a higher conversion yield.More information please view here 
Performance:
1. Product Specification
S/N
Item
Index
1
Purity%       ≧
99.9
2
Acidity    ppm≤
10
3
Moisture  ppm≤
50
4
Peroxide  ppm≤
30
5
Non-volatile matter  mg/100mL
25
6
Color (Pt-Co)  ≤
10
 
2. Specific Consumption
S/N
Item
Consumption Rate
1
37% formalin    (mt/ mt of 99.9% 1,3-dioxolane)
1.3
2
99% MEG    (mt/mt of 99.9% 1,3-dioxolane)
0.66
3
Electricity    (KWH/mt of 99.9% 1,3-dioxolane)
20
4
Steam    (mt/mt of 99.9% 1,3-dioxolane)
2
5
98% Sulfuric Acid    (mt/mt of 99.9% 1,3-dioxolane)
 
6
40% Sodium Hydroxide    (mt/mt of 99.9% 1,3-dioxolane)
0.3

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