Tank volume | From 629 to 1.3 MM Barrels / From 100 to 210,000 m³ |
Wetted part material | 316L S.S. / Abcite coating |
Pumping flow max | 22,014 gpm / 5,000 m³/h |
Viscosity max | 1,000 cP |
Density max | 1.5 |
Quick and easy flange-mounted installation combined with an innovative small-diameter SABRE impeller delivers highly effective blending while reducing energy consumption.
Advanced Computational Fluid Dynamics (CFD) simulations help predict tank performance, eliminate dead zones, and optimize mixing efficiency with lower energy usage.
Built around four key priorities—Safety, Reliability, Process Optimization, and Cost-Effective Maintenance—with adjustable agitation options for greater operational flexibility.
This compact, side-entry mixer has been designed specifically to mount on the lateral flange of the tank and with lightweight, custom impellers, it can installed quickly and easily. Its exclusive seal shut off device allows for safe, fast, and easy maintenance or replacement of the mechanical seal without emptying the tank.
Our innovative, proven SABRE impeller uses less energy to effectively mix the tank contents.
Tank volume | From 629 to 1.3 MM Barrels / From 100 to 210,000 m³ |
Wetted part material | 316L S.S. / Abcite coating |
Pumping flow max | 22,014 gpm / 5,000 m³/h |
Viscosity max | 1,000 cP |
Density max | 1.5 |

Monitoring and managing Basic Sediment and Water (BS&W) levels in crude oil and condensates to ensure product quality, optimize processing efficiency, and meet transportation and sales specifications. Effective BS&W control helps reduce contaminants, minimize operational issues, and protect downstream equipment.
Ensuring uniform composition throughout blended products by achieving consistent mixing of different crude oils, condensates, or refined products
Maintains uniform product consistency with reliable circulation and mixing throughout the vessel.
Maintaining consistent temperature distribution within storage tanks, process vessels, or product streams to prevent stratification, uneven properties, and operational inefficiencies. Temperature uniformity supports accurate measurements, stable processing conditions, and improved product quality.
The final conditioning and preparation of crude oil before storage, transportation, or further processing. Crude finishing typically involves reducing water and sediment content, stabilizing product properties, and ensuring compliance with required quality specifications.
The process of eliminating layers within stored liquids caused by variations in density, temperature, or composition. Destratification promotes uniform product characteristics, improves mixing efficiency, enhances measurement accuracy, and helps prevent quality and operational issues.
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A naturally occurring mixture of hydrocarbons extracted from underground reservoirs and used as the primary feedstock for refining processes. Crude oil varies in composition and properties, requiring effective handling, storage, and processing to meet operational and commercial requirements.
A range of petroleum products produced through crude oil refining and used across transportation, power generation, heating, and industrial applications. Maintaining product quality and consistency is essential to ensure performance, regulatory compliance, and customer satisfaction.
Specialty hydrocarbon products used in infrastructure, industrial, and chemical applications. Bitumen is primarily used for road paving and waterproofing, while naphthalene serves as a feedstock in the production of chemicals, resins, and other industrial materials.
Liquid fuels and hydrocarbon products utilized in energy and transportation sectors. Bioethanol and biodiesel provide renewable fuel alternatives, while condensate is a light hydrocarbon liquid often processed as a refinery feedstock or blended into fuel products.
A renewable or low-carbon aviation fuel designed to reduce greenhouse gas emissions compared with conventional jet fuel. SAF is produced from various sustainable feedstocks and must meet strict aviation industry standards to ensure safe and reliable aircraft operation.
Products used to reduce friction, transfer heat, protect equipment, and support industrial or chemical processes. Their performance depends on maintaining consistent physical and chemical properties throughout production, storage, and distribution.
Water streams generated from industrial, refining, or processing operations that may contain contaminants, suspended solids, or treatment chemicals. Effective management and treatment are critical to meeting operational, environmental, and regulatory requirements.
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