Biodiesel

Biodiesel

Biodiesel

Product catalog summary
Introduction
Decanter centrifuges and plants are essential for solid/liquid separation in biodiesel extraction from organic resources. The increasing importance of alternative fuels, such as biodiesel, is driven by rising crude oil prices and advancements in renewable resource technologies, alongside a focus on climate protection.

Applications of HILLER Decanters
  • Clarifying fresh and used oil for biodiesel production.
  • Separating glycerine, fatty acids, and salts during glycerine processing in biodiesel production.
  • Separating methanol and washed salts from the glycerine process.
  • Yeast separation in biodiesel production.
  • Dewatering slurry after distillation in bioethanol production.
  • Dewatering fermentation substrate in biogas production.
  • Solid matter separation from filtrate during the pressing process.

Raw Materials for Biodiesel
Traditionally, biodiesel raw materials include fresh plants, old cooking fat, and animal fats. Regional preferences vary, with rapeseed oil in Northern Europe, soya oil in the USA, and palm oil in tropical countries.

HILLER DecaOil Centrifuge Technology
The HILLER DecaOil centrifuge is a high-performance, solid-bowl scroll centrifuge designed for efficient solid matter separation and simultaneous separation of fluid phases. The process involves feeding the mixture into a rotating bowl, where centrifugal force separates the fluid and solid matter. Solid particles adhere to the bowl wall and are expelled by a screw, while fluids are collected and discharged based on the centrifuge design.

Advantages of HILLER Centrifuges
  • Space-saving design.
  • Capability for 2- or 3-phase operation.
  • Fully automatic operation with HILLER control system.
  • Modern scroll drive operation system.
  • Use of special, non-corrosive materials.
  • Explosion protection features.
  • Adjustable centripetal pump for lighter phase.
  • Flexible use as a 3-phase machine, also operable in 2-phase mode.
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Catalog excerpts

Biodiesel-1

DECANTER CENTRIFUGES & PLANTS FOR SOLID/LIQUID SEPARATION CENTRIFUGE TECHNOLOGY FOR BIODIESEL EXTRACTION - FROM ORGANIC RESOURCES Alternative fuels will be increasingly important in the future. Along with bioethanol, the production of biodiesel is constantly increasing. This development has its basis not only in the rising price of crude oil on the world market, but also in the development of new technologies which enable the production of new fuels from renewable resources. Additionally, there is an increased focus on climate protection in both national and international politics. Typical uses for the HILLER decanters are: ■ clarifying fresh and used oil, for use in biodiesel production ■ separation of glycerine, fatty acids and salts in the glycerine processing during the production of biodiesel ■ separation of methanol and washed ■ dewatering of the slurry after distillation (Bioethanol) ■ dewatering of fermentation substrate produced in the production of biogas ■ solid matter separation from the filtrate during the pressing process salts from the glycerine process ■ yeast separation in the biodiesel production

 Open the catalog to page 1
Biodiesel-2

BASIC PROCEDURAL APPROACH Raw materials used for biodiesel are traditionally mostly fresh plants, and also old cooking fat and oil, including animal fats. While in northern Europe rapeseed oil is mostly used, in the USA it is soya oil and in tropical countries palm oil. The HILLER DecaOil high performance centrifuge is a solidbowl scroll centrifuge which has been specially developed as a high-efficiency separator of solid matter, simultaneously separating via one or two (not mixable) fluid phases. HILLER - ADVANTAGES The mixture arrives through a fixed inlet pipe, and is fed into a rotating bowl...

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.