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Petrochemical (10)
Propylene Oxide
星期四, 12 9月 2019 13:34 Written by Conser 环氧丙烷（CHPO）
环氧丙烷（CHPO）生产技术
环氧丙烷是一种无色透明的高反应活性的C3化合物，它是全球石油化工行业最主要的产品之一。
CONSER的环氧丙烷传统生产工艺（CHPO）是基于以丙烯、氯气和石灰乳为原料，通过经典的氯醇化路线。
该路线是其他联产大量副产品多种路线以及不同装置产能中最经济的。
CONSER在氯醇法工厂的设计中奠定了领先的地位，我们能提供先进的环氧丙烷技术， 其工艺特点是收率高，装置运行安全简单，产品纯度高（大于99.9%）
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Propylene Glycols
星期四, 12 9月 2019 13:34 Written by Conser丙二醇类
丙二醇类的生产技术
环氧丙烷的市场持续稳定增长，也使这个超过8百万吨的环氧丙烷市场日益重要。
作为大宗化学品，环氧丙烷的主要用途如下：
- 丙二醇类 (PG)
- 丙二醇醚类
- 聚酯树脂和聚氨脂
这些产品的主要用途是： 弹性和半刚性泡沫，树脂，增强塑料和玻璃纤维，冷却剂，防冻流体，油漆和涂料的溶剂
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Methyl Isobuthyl Ketone
星期四, 12 9月 2019 13:34 Written by Conser甲基异丁基酮（MIBK）
甲基异丁基酮（MIBK）生产技术
甲基异丁基酮（4-甲基-2-戊酮，MIBK）是一种以丙酮为原料生产的高性能溶剂。 它用途十分广泛，比如用在纤维素漆，天然和合成树脂，胶粘剂，萃取剂以及做为多种有机合成的中间体。
由于其做为溶剂的高弹性，高稳定性和降低粘度，使其成为最有效和经济的商业化溶剂。
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Acetone Derivatives
星期四, 12 9月 2019 13:34 Written by Conser丙酮衍生物
丙酮衍生物(二丙酮醇,异弗尔酮，己烯甘醇，甲基异丁基醇)生产技术
除了MIBK,CONSER,由于通过和SISAS的合作，是我们能够提供生产诸多丙酮衍生的生产技术，包括：二丙酮醇,异弗尔酮，从二丙酮醇生产己烯甘醇，从MIBK生产甲基异丁基醇（MIBC）
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Synthetic Glycerol
星期四, 12 9月 2019 13:34 Written by Conser合成甘油
合成甘油生产技术
CONSER作为环氧氯丙烷技术的领先者，同样可以提供从环氧氯丙烷生产甘油的技术，这曾是环氧氯丙烷继合成树脂之后的第二大主要用途。
CONSER的工艺是基于我们对环氧氯丙烷水解条件优化和精制方法的深入研究的结果
CONSER 的技术生产的甘油，能够满足最苛刻的药典标准的最高质量指标
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Synthetic Glycerol
星期日, 04 2月 2018 12:57 Written by ConserSynthetic Glycerol
TECHNOLOGY FOR THE PRODUCTION OF SYNTHETIC GLYCEROL
CONSER, leader in epichlorohydrin technology, is in position to supply know-how for the production of synthetic glycerol, which constitutes the second major end use of epichlorohydrin (after epoxy resins).
The CONSER process is supported by extensive research which resulted into the optimization of the epichlorohydrin hydrolysis conditions and the purification methods.
CONSER technology provides synthetic glycerol of high quality, meeting the most stringent pharmacopeia standards
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Acetone Derivatives
星期日, 04 2月 2018 12:57 Written by ConserAcetone Derivates
TECHNOLOGY FOR THE PRODUCTION OF ACETONE DERIVATIVES (DIACETONEALCOHOL, ISOPHORONE, HEXYLENE GLYCOL, METHYL ISOBUTYL CARBINOL)
Apart of MIBK, CONSER, due to its collaboration with SISAS, is in a position to offer technologies for production of various acetone derivatives, including Diacetone alcohol (DAA) Isophorone (IPHO) Hexyleneglycol (HG) from diacetone alcohol, Methyl Isobutyl Carbinol (MIBC) from MIBK.
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Methyl Isobuthyl Ketone
星期日, 04 2月 2018 12:57 Written by ConserMethyl Isobuthyl Ketone (MIBK)
TECHNOLOGY FOR THE PRODUCTION OF METHYL ISOBUTYL KETONE (MIBK)
Methyl Isobuthyl Ketone (4-methyl-2-pentanone, MIBK) is a highly efficient solvent produced from acetone. It is widely used in various applications, like cellulose lacquers, natural and synthetic resins, adhesives, as extraction agent and as intermediate in various organic synthesis.
Due to its high flexibility as a solvent, high stability and reduced viscosity it is one of the most efficient and economic solvent commercially available.
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Propylene Glycols
星期日, 04 2月 2018 12:57 Written by ConserPropylene Glycols
TECHNOLOGY FOR THE PRODUCTION OF PROPYLENE GLYCOLS
In continuous expansion, the PO market demand is constantly increasing its importance with over 8 million of metric tons of PO produced worldwide.
As bulk chemical, the main uses of PO are:
- Propylene Glycols (PG)
- Propylene Glycol Ethers
- Polyester Resins and Polyurethanes
The main applications of these products are: flexible and semi-rigid foams, resins, reinforced plastics and fibeglass, coolant and anti-freeze fluids, solvents for paint and coating, etc.
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Propylene Oxide
星期日, 04 2月 2018 10:26 Written by ConserPropylene Oxide (CHPO)
TECHNOLOGY FOR THE PRODUCTION OF PROPYLENE OXIDE (CHPO)
Propylene oxide is a clear, colourless highly reactive C3 compound, and it is one of the main building block of the petrochemical portfolio worldwide.
The CONSER Propylene Oxide conventional process (CHPO) is based on the chlorohydrination route using propylene, chlorine and milk of lime as feedstock via the classic production route.
This route is the most economic for plants of average capacity and in all cases where the massive production of co-products (e.g. styrene), as in other technologies, is not justified.
CONSER has enstablished a leading role in design of chlorohydrination plants, and is in position to offer a valid advanced propylene oxide technology, characterized by improved efficiencies, easy, safe and reliable operation and very high purity of the product (greater than 99.9%).
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