O&M Manual
Product Flyer
Technical Specification

Inline Hydrocyclone

  • Protection from erosion
  • Continuous or intermittent discharge
  • Online desanding
  • Automated system (optional)
  • Sand Monitoring System
  • High Efficiency Removal
  • No moving parts
  • Minimal maintenance
  • Removal of heavy metals
  • High Grade-Alumina Ceramic liners
  • Less maintenance and OPEX
  • Minimize fluid turbulence
  • Standalone equipment

Accreditation vs Certification

Product Overview

Kapwell offers years of experience in improving and advancing seperator equipment design to make them more reliable, with modern technologies that perform in all climates and are cost effective. Our equipment are UKCA / CE marked and ATEX certified, and complies with latest applicable ASME, API, DNV, and ABS standards.

Kapwell Hydrocylones are capable of achieving effective solids separation while minimising pressure drop thanks to their design that was developed to accommodate the demanding circumstances of the upstream process. In order to achieve maximum efficacy, the differential pressures and flow rates of the system are used to establish the optimal number of functioning Hydrocyclone liners. The choice of hydrocyclone, both in terms of size and type, is determined by the following factors:

Features & Benefits

  • ATEX Zone 1
  • DNV or Bureau Veritas- Certification
  • Design to API & ASME
  • Meets PED/EU regulatory
  • Offshore environment design
  • Fits to smallest footprint
  • Reduce maintenance and service
  • Suitable for HP/HT applications
Oil and Gas Production


Oil and Gas Industry

Oil and Gas Industry

Within the oil and gas industry, inline hydrocyclones are essential for separating sand, grit, and other solid contaminants from crude oil and natural gas streams. Their efficient particle removal prevents equipment erosion and pipeline blockages, thereby maintaining operational efficiency and prolonging equipment lifespan.

Water_Treatment_Industry HD

Water and Wastewater Treatment

inline hydrocyclones are employed for the purification of effluents by separating suspended solids. This process is essential for ensuring treated water meets regulatory standards before discharge or reuse. Inline hydrocyclones help enhance the efficiency of wastewater treatment processes, reducing operational costs and improving overall system performance.

Factory over river at dusk in Brooklyn viewed from Roosevelt Island.

Environmental Remediation

Inline hydrocyclones are pivotal in environmental remediation, effectively separating pollutants like solids, oils, and heavy metals from contaminated water and soil. Their versatility and efficiency make them essential for treating industrial runoff and restoring environmental health, supporting sustainable practices and regulatory compliance.


Chemical Processing

Inline hydrocyclones are employed for precise separation in various stages of production. They facilitate the purification of chemicals and separation of reaction by-products, ensuring product quality and optimizing production efficiency. Inline hydrocyclones contribute to the reliability and consistency of chemical processes, supporting industries ranging from pharmaceuticals to specialty chemicals.

Photo of a cheese factory in Switzerland. Typical italian cheese Parmigiano Reggiano. Thousands of forms of Parmigiano Reggiano in the largest Parmesan cheese storage. forms of cheese ripening

Food and Beverage Industry

The food and beverage industry utilizes inline hydrocyclones for the clarification of juices, beverages, and other liquid products. By removing suspended solids and impurities, these devices ensure product quality and consistency, meeting stringent hygiene and safety standards. Inline hydrocyclones are integral to maintaining the purity and visual appeal of food and beverage products, enhancing consumer confidence and satisfaction.

Mining industry

Mining Operations

In mining operations, inline hydrocyclones are used to separate solids from slurries and tailings. This application is crucial for environmental management, as it facilitates the recovery of valuable minerals while minimizing the environmental impact of mining activities. By efficiently separating solids, inline hydrocyclones contribute to sustainable mining practices and compliance with environmental regulations.


From arctic conditions, desserts, remote locations to harsh offshore facilities and aggressive desert environments, Kapwell provides world-class products and services. For more information contact our sales representative.

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