Companies seeking to integrate a bio-fuel capability into their operations could benefit from taking a look at the latest development in fuel blending from Enraf Fluid Technology
Companies seeking to integrate a bio-fuel capability into their operations could benefit from taking a look at the latest development in fuel blending from Enraf Fluid Technology. Enraf is extending the advantages and benefits of Bio-Diesel and Ethanol blending at the load rack with the introduction of the Micro-Blend System. Blending bio-fuel products at the load rack reduces the dependency on multiple storage tanks, maximises flexibility by creating variable product load arms and eliminates many of the issues associated with the storage of bio-fuel based products.

With the Enraf Micro-Blend System, operators have the resources to continuously monitor the Wild Stream and control the Blend Stream to the programmed blend ratio.

Intended as an off-the-shelf package, the system can be engineered and customised for specific applications and installations.

By employing the latest developments in microprocessor technology, Enraf is bringing unparalleled levels of accuracy to blending system applications with a system that is both simple to operate and cost effective.

Drawing on the same proven family of controllers as the Enraf additive injection systems, the Micro-Blender provides advanced level functionality, such as remote configuration via RS communications or infra-red control.

User definable alarm outputs and self-calibrating functionality come as standard.

CE marked for use in a Zone 1 hazardous area (ATEX), the Micro-Blend system can be configured in one of four sizes, allowing for blend ratios from 1% -100% on standard load rack applications.

The inclusion of a purpose designed slotted V-ball actuated control valve gives the system the capability for achieving high accuracy linear control across the complete blend range.

With the Micro-Blend System, Enraf designers have taken into consideration the key issues for adding an Ethanol or Bio-Diesel blending capability to the load rack.

These include.

* The need for a small foot print blender.

* The accurate specification of static and dynamic seals.

* The special requirements for accurate volume measurement of Ethanol and Bio-Diesel.

* The volume growth factor when you mix Ethanol into petroleum.

* The cold flow properties of FAME products.

* The varied communication interfaces into the existing load rack.

* The flexibility of varying blend ratios.

Available for single stream applications and for multiple stream or multiple product applications, the Micro-Blend System addresses all these issues and ensures a smooth installation, accurate blend ratios and the extended equipment life.