Water recycling system for pipeline engineering

Recently GN solids control get good news
from our client CNPC, which is the largest pipeline crossing engineering
company in China. They have orders a lot of mud recycling system for their
pipeline crossing engineering project with customized design, we provide the
best solution according to their project by using different model equipments
with different storage capacity.

The mud recycling system they are
testing well are with 2 units of double deck shale shaker with desander cone
and desilter cone, the reason to use double deck shale shaker is to drying the
discharged solids and increase the treating capacity, and treat the drilling
fluids better. The compact design to combinate the double deck shale shaker GNZS706E
and hydrocyclones is to reduce the mud tank length and save the area and save
the cost. The unique design of these 3 units of 500gpm mud recycling system is
the container sized mud tank and container sized frame for conveneint shipment.

Except for their domestic project, they
also order a lot of mud recycling system for their international projects, this
year CNPC expand their business in the world market and get several huge
projects, as the main supplier of mud recycling system, GN engineer will also
fly to the jobsite for commissioning and installation.  

After several years drilling, more and
more fine solids accumulated in the drilling mud, the mud after treated by
desander cone and desilter cone is not suitable to be re-used for drilling, we
will suggest the client to use middle speed decanter centrifuge to separate the
fine solids ( bigger than 5 microns) and less the solids content, GNLW452
decanter centrifuge is the ideal option.

GN mud recycling system applications
including: horizontal directional drilling, pipeline engineering crossing,
no-dig, piling, TBM, micro tunneling, water welling drilling ,coal bed methane,
geothermal and oil & gas drilling.

14 thoughts on “Water recycling system for pipeline engineering”

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  2. 伊藤昌亮「ひろゆき論-なぜ支持されるのか、なぜ支持されるべきではないのか」『世界』no.967(2023年3月号)、岩波書店、2023年2月8日、180-190頁。 2022年2月8日閲覧。 2016年9月29日閲覧。国内唯一「虎ローソン」、甲子園に降臨-虎ユニ着用スタッフも 西宮経済新聞、2014年4月10日(2015年3月12日閲覧)。革新的応用など10以上のICT業界特別フォーラムを開催し、インターネット3.0、5Gイノベーション、データ要素、技術オープンソース、スマート運転などの最先端のテーマについて議論を行う予定である。

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