The utility model relates to the technical field of pipeline of ammonia compressor, in particular to a pipeline for ensuring the smooth operation of ammonia compressor, including an ammonia compressor system, an inlet pipe and an outlet pipe. The ammonia compressor system includes an ammonia compressor I and an ammonia compressor II. The ammonia compressor system uses frequency conversion control; the ammonia compressor I and the ammonia compressor II are connected with an compressor connecting pipe, and the ammonia compressor connecting pipe and the ammonia compressor connecting pipe are connected. The inlet pipe is connected with a through-back inlet pipe, the outlet pipe and the inlet pipe are connected with an exit-back inlet pipe, and the inlet pipe, the outlet pipe, the ammonia press connecting pipe, the through-back inlet pipe and the exit-back inlet pipe are all equipped with valves. The utility model has the advantages of convenient refitting, low investment cost and reliable operation, which can effectively solve the technical problems that the production load can not be adjusted accurately, easily cause the compression ratio of the ammonia compressor and the temperature of the ammonia compressor to exceed, the difficulty for the staff to operate the ammonia compressor, and ensure the production progress, and is suitable for popularization and application in the technical field of the pipeline of the ammonia compressor.
【技术实现步骤摘要】
一种保障氨压机平稳运行的管线
本技术涉及氨压机管线
,具体是一种保障氨压机平稳运行的管线。
技术介绍
目前国内中小型氨气压缩机采用“0─50%─100%”形式进行手动调节氨气压缩机的负荷,且氨气压缩机的进出口无压力和流量调节手段。随着我国煤焦油加氢技术越来越成熟,该项目会大量建成投产,但因原料问题,使其装置产生的含硫污水中氨含量却不稳定,易造成酸性水汽提装置抽出的氨气量不稳定,影响氨气压缩机的负荷,造成氨气压缩机操作不便,导致氨气压缩机超温,损害设备。在氨气量不平稳的状态下,氨气压缩机的生产负荷无法进行准确调整,影响氨气压缩机运行;氨气压缩机的进出口流量和压力无法调整,容易造成氨气压缩机的压缩比和氨气压缩机温度超出,员工操作氨气压缩机困难,如果能够通过管线改造解决这一技术问题,将会带来极大的技术提升。
技术实现思路
为解决传统的氨压机管线配管形式单一,生产负荷无法进行准确调整,容易造成氨气压缩机的压缩比和氨气压缩机温度超出,员工操作氨气压缩机困难的技术问题,本技术提供一种保障氨压机平稳运行的管线。一种保障氨压机平稳运行的管线,包括氨压机系统、进口管和出口管,其特征在于,所述氨压机系统包括氨压机I和氨压机II,所述氨压机系统使用变频控制;所述氨压机I和所述氨压机II之间连接有氨压机连通管,所述氨压机连通管和所述进口管之间连接有通反进管,所述出口管和所述进口管之间连接有出反进管;所述进口管、出口管、氨压机连通管、通反进管、出反进管上均安装有阀门。进一步的,所述进口管上的阀门位于所述进口管和所述出反进管的前方。进一步的,所述出口管上的阀门位于所述出口管和所述出 ...
【技术保护点】
1.一种保障氨压机平稳运行的管线,包括氨压机系统、进口管(3)和出口管(4),其特征在于,所述氨压机系统包括氨压机I(1)和氨压机II(2),所述氨压机系统使用变频控制;所述氨压机I(1)和所述氨压机II(2)之间连接有氨压机连通管(5),所述氨压机连通管(5)和所述进口管(3)之间连接有通反进管(6),所述出口管(4)和所述进口管(3)之间连接有出反进管(7);所述进口管(3)、出口管(4)、氨压机连通管(5)、通反进管(6)、出反进管(7)上均安装有阀门(8)。
【技术特征摘要】
1.一种保障氨压机平稳运行的管线,包括氨压机系统、进口管(3)和出口管(4),其特征在于,所述氨压机系统包括氨压机I(1)和氨压机II(2),所述氨压机系统使用变频控制;所述氨压机I(1)和所述氨压机II(2)之间连接有氨压机连通管(5),所述氨压机连通管(5)和所述进口管(3)之间连接有通反进管(6),所述出口管(4)和所述进口管(3)之间连接有出反进管(7);所述进口...
【专利技术属性】
技术研发人员:杜汉双,胡乾坤,张美荣,王菲菲,
申请(专利权)人:山东恒信科技发展有限公司,
类型:新型
国别省市:山东,37
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