GN Supplies Two‑Phase Disc Stack Separator for Southeast‑Asian Seaweed Slurry Separation Project

GN Separation has recently delivered a two‑phase disc stack separator for a seaweed slurry separation project in Southeast Asia, delivering an efficient solution dedicated to clarification and fine solid‑liquid separation of seaweed slurry.

Deployed for this Southeast‑Asian project, GN’s two‑phase disc stack separator undertakes fine clarification of seaweed slurry. It is engineered to isolate fine solid particles from liquid media while discharging clarified liquid in a continuous manner. Benefiting from its high‑speed rotating bowl and disc‑stack assembly, this separator generates far greater centrifugal force than standard decanter centrifuges, which makes it well‑suited for scenarios demanding superior liquid clarification results.

GN’s two‑phase disc separator delivers a maximum centrifugal force of 12 000 G, in contrast to roughly 3 000 G produced by ordinary decanter centrifuges. Such elevated G‑force paired with high rotational rpm empowers the unit to efficiently trap tiny suspended solids and yield highly purified clarified liquid.

Material feed properties are critical considerations for disc stack separator procurement. Optimized for fine‑particle separation, the two‑phase disc stack separator requires feedstock with low solid concentration and absence of oversized particles. For most operating conditions, the optimal solid content stands at approximately 1 %, with a general upper threshold of 3 %.

Pretreatment becomes necessary for feeds carrying elevated solid fractions or coarse particles. A decanter centrifuge or alternative separation equipment can serve as the primary‑stage treatment, removing coarse particles and lowering solid load. The two‑phase disc stack separator then functions as the secondary clarification step to attain enhanced liquid clarity.

This hybrid separation setup enables process customization aligned with feedstock traits and target separation performance. For seaweed slurry processing, proper equipment selection elevates clarified‑liquid quality and stabilizes subsequent downstream workflows.

Beyond seaweed slurry processing, GN’s two‑phase disc stack separators serve diverse industrial sectors: vegetable‑oil refining, biotech‑pharmaceutical manufacturing, dairy and beverage production, biofuel processing, as well as marine oil purification. Units can be tailored in configuration to match varying material properties, throughput volumes and separation specifications.

This successful field deployment in Southeast Asia validates GN Separation’s expertise in delivering high‑speed centrifugal separation solutions for specialized liquid‑clarification tasks. Where process conditions call for it, GN integrates tailored pretreatment workflows with high‑G clarification technology to supply robust, cost‑effective separation solutions for clients across food, environmental, general industrial and bio‑processing industries.

GN Separation is pleased to announce the successful delivery of a 5-Deck Stack Vibrating Screen to an overseas customer, providing a compact and efficient solution for fine material screening, classification and dewatering.

Designed for demanding mineral processing and solids separation applications, the GN Stack Vibrating Screen combines a multi-deck configuration with high-frequency linear vibration. The 5-deck design enables multiple screening stages to be integrated into a single machine, providing high screening capacity while significantly reducing the required installation footprint.

GN Separation is glad to announce the successful delivery of a 5‑deck Stack Vibrating Screen to an overseas customer, delivering a high‑efficiency, space‑saving screening solution for rigorous solids‑processing operations.

The GN Stack Vibrating Screen leverages the dual‑motor self‑synchronization principle to drive steady linear movement of the full screen box assembly. This engineering delivers repeatable, reliable screening performance and enables stable running under round‑the‑clock operating conditions. Deployed for this overseas project, the 5‑deck setup consolidates multiple screening stages within a single unit. It greatly boosts total screening area and throughput, without demanding a large installation footprint.

Against traditional vibrating screen alternatives, GN’s multi‑deck stacked architecture delivers far higher throughput per unit floor space. It fits perfectly for sites constrained by limited layout space yet requiring high material feed rates and precise particle separation. Furthermore, its refined vibration assembly cuts power draw and dynamic loading, supporting consistent, energy‑efficient operation.

Polyurethane screen panels represent another key strength of this equipment. Featuring excellent wear resistance and elasticity, these panels mitigate screen blinding and material clogging throughout operation. Each individual screen box can accommodate two to three panels to match varied separation objectives. Panels are fastened via pull‑bolt assemblies: this guarantees secure mounting during runtime and simplifies on‑site replacement and routine maintenance work.

Durability and harsh‑environment adaptability stand as core priorities for overseas‑project equipment. GN subjects the unit to professional sandblasting followed by heavy‑duty anti‑corrosive paint coating to strengthen overall corrosion resistance. Surfaces that come into direct contact with process materials receive an extra polyurea resin wear‑and‑corrosion‑resistant overlay, defending against abrasive wear and chemical attack to extend total equipment service life.

The vibration system can be fitted with globally proven Martin or OLI vibration motors, granting dependable performance and extended trouble‑free runtime. Coupled with GN’s heavy‑duty structural build and low‑maintenance design, the Stack Vibrating Screen is purpose‑built for uninterrupted industrial duty.

Completion of this 5‑deck unit shipment underscores GN Separation’s competence in delivering tailored screening solutions for global clients — covering equipment layout configuration, screening media selection, surface protection treatment and complete system design. GN collaborates closely with end‑users: material properties, target throughput, separation specifications and site constraints are all evaluated to define the optimal equipment setup for each application.

Boasting compact footprint, superior screening efficiency, large handling capacity and robust operational stability, GN Stack Vibrating Screen is an ideal option for operators aiming to upgrade screening performance while optimising site layout and operational expenditure.

GN Separation keeps innovating and supplying professional solids separation equipment for customers across the globe, serving demanding sectors including mining, environmental remediation and general industrial processing.

GN Separation has recently delivered a turn‑key sludge dewatering centrifuge package to an overseas wastewater treatment plant (WWTP). This supply package consists of a 14‑inch high‑speed decanter centrifuge paired with a chemical dosing unit. The integrated system achieves high‑efficiency sludge dewatering and fine‑particle solid‑liquid separation, enabling the facility to boost overall sludge‑handling performance and cut down the volume of sludge destined for subsequent processing and disposal.

GN adopts a combined process of chemical conditioning and high‑speed centrifugal separation to tackle sludge treatment difficulties. The GN chemical dosing unit prepares and meters precise flocculant into incoming sludge streams, agglomerating micro‑sized fine solids into large, settleable flocs. Pre‑conditioned sludge is then continuously pumped into the high‑speed decanter centrifuge, where powerful centrifugal force accomplishes rapid solid‑liquid phase separation.

The 14‑inch GN dewatering decanter centrifuge is purpose‑built for uninterrupted sludge dewatering duties. It delivers dependable running performance, compact footprint and outstanding separation capacity. Subjected to intense centrifugal force, conditioned sludge is thoroughly processed to yield low‑moisture sludge cake, alongside clarified recovered liquid. Such capabilities render the unit well‑suited for diverse wastewater and sludge‑processing scenarios.

As a core component within the full dewatering package, the GN Chemical Dosing Unit boasts compact layout, minimal space occupation, corrosion‑resistant build, low power draw and straightforward operation & maintenance. Its multi‑compartment design supports flocculant mixing, dissolution and storage. Dosing pumps accurately transport the mixed chemical solution to designated injection points.

GN supplies multiple variants of chemical dosing systems aligned with different chemical‑making mechanisms and project‑specific demands. Dosing output, tank assemblies, mixing modules and pump layouts can all be tailor‑made to match sludge properties and customer‑defined treatment throughput.

Instead of delivering standalone devices, GN optimizes and integrates the chemical dosing unit and dewatering decanter centrifuge into one cohesive sludge dewatering solution. System layout, hardware configuration and operational parameters can be fine‑tuned to fit customers’ existing wastewater workflows and on‑site installation constraints.

This all‑in‑one solution streamlines equipment procurement, field installation and daily operation. It guarantees efficient synergy between chemical pre‑treatment and centrifugal dewatering, offering plant operators a hassle‑free option for continuous sludge processing.

Backed by profound know‑how in separation technology and real‑world wastewater projects, GN Separation supplies custom‑engineered sludge dewatering solutions globally for municipal WWTPs, industrial wastewater sites, sludge management workflows and many other solid‑liquid‑separation use cases.

By integrating chemical conditioning with high‑speed centrifugal separation, GN keeps supplying robust, high‑performance sludge dewatering systems. These systems help end‑users elevate treatment efficiency and move toward more sustainable wastewater management.