At TangShan Dachuan Mechanical Equipment Co., Ltd., we deeply understand that TBM (Tunnel Boring Machine) tunneling—whether for urban metro, water conservancy, or transportation projects—relies on efficient slurry management to keep operations on track. In TBM tunneling, slurry acts as a “shield”: it stabilizes the tunnel face, cools the TBM cutterhead, and carries excavated muck to the surface. A subpar slurry system can cause cutterhead clogging, tunnel face instability, or costly downtime—this is why we’ve developed slurry separator solutions that directly boost TBM tunneling efficiency. Our product lineup, including the integrated slurry separation system and high-performance slurry separator for sale, is engineered to handle the high-volume, high-solids slurry of TBM projects, ensuring seamless, continuous tunneling. Every system reflects our commitment to solving the unique challenges of TBM engineering for our clients.
l Our slurry separator is a game-changer for TBM tunneling efficiency, as it drastically reduces downtime caused by slow muck removal.
l At TangShan Dachuan Mechanical Equipment Co., Ltd., we’ve optimized the separator’s design to process TBM slurry at high speeds: a large-capacity inlet accepts slurry directly from the TBM’s transport pipeline, while a multi-stage separation process (including vibrating screens and hydrocyclones) quickly separates excavated muck from reusable slurry.
l Unlike traditional separators that bottleneck when faced with high-solids TBM slurry, our slurry separator features anti-clogging screens and adjustable flow controls, ensuring it maintains consistent throughput even during peak tunneling periods.
l By removing muck faster, the separator keeps the TBM’s cutterhead clear of debris, preventing costly stops for cleaning or maintenance. For TBM projects where every minute of downtime adds to costs, our slurry separator is a critical efficiency driver.
Model | Treating capacity(m³/h) | Separation pointd50 (μm) | Dimension(m) | Total power(kw) | Weight(kg) |
DCMK120 | 120 | 15-44 | 7.5×4.3×4.7 | 97.38 | 10000 |
l Our slurry separation system is designed to integrate seamlessly with existing TBM tunneling workflows, eliminating the need for disruptive modifications to the TBM or transport infrastructure. At TangShan Dachuan Mechanical Equipment Co., Ltd., we’ve built the system with modular components that can be positioned alongside the TBM’s slurry loop—from the tunnel face to the surface storage tanks.
l The system connects directly to the TBM’s existing slurry pipelines, using the same pressure and flow parameters to avoid disrupting the tunneling process. It also includes real-time monitoring sensors that sync with the TBM’s control system, allowing operators to adjust separation settings based on changes in muck composition (e.g., shifting from clay to sand) without pausing tunneling.
l Unlike standalone separators that require manual coordination, our slurry separation system acts as an extension of the TBM, ensuring a smooth, continuous flow of slurry and muck. For TBM teams aiming to optimize workflow without overhauling equipment, this integration is invaluable.
l Our slurry separator for sale is engineered to maximize slurry reusability in TBM tunneling, a key factor in reducing material costs and environmental impact. At TangShan Dachuan Mechanical Equipment Co., Ltd., we’ve calibrated the separator to remove not just large muck particles, but also fine silt and clay that can degrade slurry performance.
l The result is a purified slurry that maintains the viscosity, density, and lubricity needed to stabilize the tunnel face and cool the TBM cutterhead—no need to mix fresh slurry for every cycle. This reusability cuts the volume of fresh water and chemical additives required for TBM operations, lowering both material costs and waste disposal needs.
l Unlike basic separators that leave residual solids in slurry (forcing frequent replacement), our slurry separator for sale delivers consistently clean slurry, extending its lifecycle and reducing the frequency of slurry dumps. For TBM projects focused on cost-efficiency and sustainability, this separator delivers measurable value.
Yes, our slurry separator is designed to handle the high slurry volumes of large-diameter TBMs (used in metro or highway tunnels). We offer scaled-up models with increased inlet capacity and parallel separation modules, ensuring the separator processes slurry at the same rate the TBM generates it—no bottlenecks. The modular design also allows adding extra components if the TBM’s output increases, making it suitable for even the largest tunneling projects.
Absolutely, our slurry separation system is compatible with both EPB and Slurry Shield TBMs. For Slurry Shield TBMs, it focuses on high-efficiency solid-liquid separation to maintain slurry density; for EPB TBMs, it’s adjusted to handle the more viscous muck-slurry mixture, with specialized screens to prevent clogging. We tailor the system’s settings to match the TBM type, ensuring optimal performance.
Our slurry separator for sale is built for low maintenance during continuous TBM tunneling. Routine maintenance (like screen cleaning or filter replacement) is only needed at regular intervals, and we’ve designed components for quick access—most tasks can be completed in under an hour without stopping the TBM. The system also has self-diagnostic sensors that alert operators to potential issues before they require urgent maintenance.
Yes, our slurry separator significantly reduces TBM tunneling’s environmental impact. By maximizing slurry reusability, it cuts fresh water and chemical usage; by separating muck efficiently, it reduces the volume of waste needing disposal (some dried muck can even be repurposed for construction fill). The system’s sealed design also prevents slurry spills, protecting soil and groundwater from contamination.
Yes, our slurry separation system can be fully customized for urban TBM projects with space constraints. We offer compact, vertical-stack designs that reduce the system’s footprint, and modular components that can be arranged around existing urban infrastructure (e.g., near buildings or roads). Our team works with clients to assess site space and design a system that fits without compromising TBM tunneling efficiency.
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