Efficient Solids-Liquid Separation with High Dry Matter Output
SEPCOM X is an advanced Screw Press Separator designed for efficient solids-liquid separation across a wide range of applications. Based on screw conveyor technology, it combines gravity drainage and mechanical compression to achieve reliable separation performance.
The machine is suitable for treating materials from livestock farming, biogas plants, and industrial processes, including manure, sludge, sewage, digestate as well as organic waste from vegetable and fruit processing. Thanks to its robust design and carefully engineered components, SEPCOM X ensures consistent operation even when handling materials with highly variable liquid content.
The SEPCOM X Screw Press Separator consists of a feeding hopper and a compact casing containing the internal separation components. The material enters the unit through the inlet hopper and is conveyed by a stainless-steel screw inside a cylindrical wedge wire screen basket.
During operation, the liquid phase is separated by gravity and passes through the screen, while the solid fraction is conveyed towards the discharge outlet. A counter-pressure diaphragm made of SINT engineering polymer allows the formation of a material plug, ensuring effective compression and preventing liquid carry-over.
The machine structure includes durable components such as a stainless-steel screen basket (304 L SS), cast iron elements, and recyclable polymer parts. The drive unit consists of a high-efficiency electric motor (IE 3) coupled with a gear reducer, ensuring reliable and energy-efficient operation.
SEPCOM X operates as a solids-liquid separator using a screw conveyor mechanism. The separation process combines gravity drainage with progressive mechanical compression generated by the screw.
This system allows efficient separation of liquid and solid phases from a wide variety of materials, including manure, digestate, sludge, sewage and organic industrial by-products. The machine is designed to handle mixtures with significant variations in liquid content, ensuring stable performance and consistent output quality.
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