Engineering Service
Slurry Separation Plant
泥水分离系统
A solid-liquid separation system for slurry shield tunneling and related engineering applications, supporting slurry screening, separation, dehydration and resource-oriented treatment.
面向泥水盾构及相关工程应用的固液分离系统，可实现泥浆筛分、分离、脱水及资源化处理。
Supplied by Shanghai Tianhao Industrial Co., Ltd.
Overview
Service overview
Tianhao’s slurry separation plant is designed for slurry shield tunneling, piling, dredging, mining and municipal engineering applications. The system supports the separation, dehydration and screening of slurry and excavated materials during construction, helping projects manage slurry circulation, reduce waste volume and improve on-site treatment efficiency.
The system adopts a multi-stage separation concept and can be configured according to project-specific ground conditions, slurry flow requirements, site layout and environmental treatment targets. It is suitable for tunnel projects requiring continuous slurry treatment, stable separation performance and integrated equipment operation.
天颢泥水分离系统适用于泥水盾构、桩基、疏浚、矿山和市政工程等应用场景，可在施工过程中实现泥浆与渣土的分离、脱水和筛分，帮助项目进行泥浆循环管理、减少弃浆体量并提高现场处理效率。
该系统采用多级分离思路，可根据项目地层条件、泥浆流量、现场布置和环保处理目标进行配置，适用于需要连续泥浆处理、稳定分离效果和系统化设备运行的隧道工程项目。
Scope
Service scope
Key components that may be provided for relevant engineering scenarios.
- Multi-stage solid-liquid separation process
- Designed for slurry shield tunneling applications
- Configurable for different ground and slurry conditions
- Supports slurry screening, dehydration and treatment
- Helps reduce slurry discharge and waste volume
- Suitable for integrated on-site slurry management
- 多级固液分离处理流程
- 适用于泥水盾构施工场景
- 可根据不同地层和泥浆条件进行配置
- 支持泥浆筛分、脱水和处理
- 有助于减少弃浆排放和渣土体量
- 适合工程现场泥浆系统化管理
Scenarios
Applicable project scenarios
Typical project conditions where this offering may be relevant.
- Slurry shield TBM tunneling
- Metro and utility tunnel projects
- River-crossing and lake-crossing tunnel projects
- Piling and foundation works
- Dredging and sediment treatment
- Mining slurry and tailings treatment
- 泥水盾构隧道施工
- 地铁及市政隧道工程
- 穿江、穿湖隧道工程
- 桩基及基础工程
- 疏浚及淤泥处理
- 矿山泥浆及尾矿处理
Technical Information
Technical parameters
- The system can include multiple separation units for coarse screening, slurry separation, fine-particle dehydration and waste slurry treatment. Tianhao’s project references include slurry separation equipment models such as MTP-300, MTP-650, MTP-1100, MTP-1400, MTP-3000 and MTP-3600, applied in tunnel projects with different TBM diameters, slurry flows and ground conditions.
- Project reference: Gangneung-Anin Thermal Power Plant Unit 1&2 Project. The project was undertaken by DongAh Geological Engineering Co., Ltd., with TBM supplied by Herrenknecht. The slurry treatment system included two MTP-1400 slurry separation units and three HAZG500/1600-U filter presses. The TBM excavation diameter was 8.42 m, with a tunneling distance of 2,055 m, a maximum tunneling speed of 50 mm/min, a slurry flow of 1,400 m³/h and a feeding flow of 1,300 m³/h.
- Project reference: Singapore Thomson Metro Line Contract T216 Project. The project was contracted in December 2015 and undertaken by DAEWOO E&C, with TBM supplied by Northern Heavy Industries Group Co., Ltd. (NFM). The slurry treatment system included four MTP-1100 slurry separation units and four HAZG500/1600-U filter presses. The TBM excavation diameter was Ø6.35 m, with a tunneling distance of 5,868 m, a maximum tunneling speed of 55 mm/min, a slurry flow of 1,100 m³/h and a feeding flow of 950 m³/h. The feeding density was 1.08 t/m³ and the slurry density was 1.23 t/m³. The slurry feed and discharge pipe diameter was DN300.
- Project reference: Wuhan Two Lakes Tunnel Project (East Lake Section). The project was contracted in May 2022 and undertaken by the rail transit company of the infrastructure investment company of China Construction Third Engineering Bureau. The TBM supplier was CREG. Tianhao supplied an MTP-3600 slurry separation system for a slurry shield TBM with an excavation diameter of Ø15.09 m. The tunneling distance was 19.45 km, with a maximum tunneling speed of 30 mm/min, a slurry flow of 3,200 m³/h and a feeding flow of 3,000 m³/h.
技术参数
- 系统可配置粗筛、泥水分离、细颗粒脱水和弃浆处理等多级分离单元。天颢项目案例中应用的泥水分离设备型号包括 MTP-300、MTP-650、MTP-1100、MTP-1400、MTP-3000 和 MTP-3600，可适配不同盾构直径、泥浆流量和地层条件的隧道工程。
- 项目案例：江陵安仁火力发电厂 1、2 号机组项目。该项目由 DongAh Geological Engineering Co., Ltd. 承建，盾构机供应商为 Herrenknecht。泥浆处理系统配置 MTP-1400 泥水分离设备 2 套及 HAZG500/1600-U 压滤机 3 套。盾构开挖直径为 8.42 m，掘进距离为 2,055 m，最大掘进速度为 50 mm/min，泥浆流量为 1,400 m³/h，进浆流量为 1,300 m³/h。
- 项目案例：新加坡汤申地铁线 T216 项目。该项目合同日期为 2015 年 12 月，由 DAEWOO E&C 承建，盾构机供应商为北方重工集团有限公司（NFM）。泥浆处理系统配置 MTP-1100 泥水分离设备 4 套及 HAZG500/1600-U 压滤机 4 套。盾构开挖直径为 Ø6.35 m，掘进距离为 5,868 m，最大掘进速度为 55 mm/min，泥浆流量为 1,100 m³/h，进浆流量为 950 m³/h。进浆密度为 1.08 t/m³，泥浆密度为 1.23 t/m³，进排浆管径为 DN300。
- 项目案例：武汉两湖隧道东湖段项目。该项目合同日期为 2022 年 5 月，由中建三局基础设施投资公司轨道交通公司承建，盾构机供应商为中铁装备。天颢为该项目配置 MTP-3600 泥水分离系统，服务于开挖直径 Ø15.09 m 的泥水盾构施工。项目掘进距离为 19.45 km，最大掘进速度为 30 mm/min，泥浆流量为 3,200 m³/h，进浆流量为 3,000 m³/h。
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