催化裂化

CONSER通过操作参数对反应段和分馏段的影响的深入实践，为催化裂化装置的改造提供相关的经验和诀窍。
Conser实施的催化裂化项目包括：

• 改造和更新方案研究
• 产品分馏的改进
• 优化气体浓缩工段，最大限度地提高LPG回收率
• 布置主分馏系统，通过气体压缩机性能的脱瓶颈来提高产品质量和产能
• 利用工艺流程中的低热值生产高纯度丙烯

 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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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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Catalytic Cracking

CONSER offers relevant experience and know-how in revamping of Catalytic Cracking units by a deep practical knowledge of the effects of the operating parameters in the reaction and fractionation sections.
Catalytic cracking projects carried-out by CONSER include:

• Revamping and modernization studies
• Improvement of product fractionation
• Optimization of gas concentration section to maximize LPG recovery
• Arrangement of main fractionation system to improve products quality and capacity by debottlenecking of gas compressor performances
• High purity propylene production by low level heat available from process stream

Propylene 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 (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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