详细说明
产品概述︱Product Overview
森铂低温能源装备的二氧化碳装置根据原料气（以酒精发酵、碳酸盐煅烧、合成氨、乙烯催化氧化及煤气化工艺所产生的二氧化碳气体为原料）不同，采取针对性设计，通过过滤、吸附、反应、洗涤、分离、精馏等多种方法对二氧化碳中的杂质进行脱除，最终达到工业级/食品级/电子级别的二氧化碳提纯及液化目的，能提供EPC工程总承包服务。
OurCO2 plant adopt targeted design for different gas sources (The carbon dioxide gas produced by alcoholic fermentation, carbonate calcination, ammonia synthesis, ethylene catalytic oxidation and coal gasification process as raw materials). Theimpurities in carbon dioxide can be removed by filtration, adsorption, reaction, washing, separation,distillationand other methods, so as to achieve the purposeof purification and liquefaction of industrial/food/electronic grade carbon dioxide.
产品特点︱Product Feature
1. 整套装置采用针对性设计，即针对用户不同成分的原料气进行不同设计，在确保产品功能的同时尽量减少设备投资及运行能耗；
2. 设备简练，占地面积小，安装方便；
3. 控制系统采用集散控制系统（DCS系统），操作简单，可实现24小时连续运转无人值守；
4. 整套设备二氧化碳接触部分采用全不锈钢材质，安全性、稳定性强。
1, The plant adopt targeted design for different source of raw gas.
2, The equipment is skid mounted, covers a small area, and is easy to install.
3, The DCS control system is simple and can be operated continuously for 24 hours.
4, All stainless steel is used for the contact part with carbon dioxide, safe and stable.
CO2回收技术应用领域︱CO2 recycling technology application field
| 二氧化碳工业气源CO2 industrial gas source | CO2含量CO2 content | 回收方法Recycling method | 产品纯度Product purity |
| 电厂锅炉、水泥厂、炼钢厂、烟道气Power station boiler, cement mill, steel mills, flue gas | 10~18% | 化学吸收法Chemical absorption | 99.95% |
| 油田气、粮食发酵气Oil field gas, fermentation gas of grain | 20~40% | 溶剂吸收法Solvent absorption | 99.95% |
| 石灰窑、镁砂窑、变换气、硼砂碳解尾气Lime kiln, Amagnesia kiln, shifted gas, borax carbonization exhaust gas | 10~95% | 吸附精馏法Adsorption rectification | 99.95% |
| 制氢、合成氨脱碳、环氧乙烷副产气Hydrogen production, ammonia decarburization, ethylene oxide byproduct gas | 85~95% | 吸附精馏法Adsorption rectification | 99.95% |
装置面积︱Plant Space
| 2400kg/Y | 1WT/Y | 2WT/Y | 3WT/Y | 4WT/Y | 10WT/Y |
| 10 x 20m² | 15 x 25m² | 15 x 30m² | 15 x 35m² | 20 x 40m² | 30 x 50m² |
| 参数可能随原料二氧化碳气体不同而变化︱The parameters may vary with the carbon dioxide gas. |