GlobeCore / Uncategorized / BIODIESEL PROCESSOR

biodiesel processor is:

WORKING HOURS: Monday through Friday 8:00 am - 7:00 pm ADDRESS: Philippines,
11,
26131 e-mail: [email protected] phone: +380675020625

Globecore biodisel reactors

GlobeCore engineers developed entirely new process of continuous biodiesel production that is completely different from cyclic batch production. The production capacity of the system is from 1000 l/h (265 gph) to 16000 l/h (4227 gph) and even more. GlobeCore Biodiesel reactor is intended for transesterification of vegetable oil or animal fat, (other oils and fats) by high-disperse mixing with the catalyst and further dry cleaning of the BIODIESEL to compliance to the European EN 14214 standards and the American ASTM standards.In the production of biodiesel our company uses the principle of hydrodynamic ultrasonic high frequency controlled cavitation.

Our system is designed for specialized biodiesel production facilities, as well as for oil refineries, food processing facilities or farms. Let’s turn wastes into profits. Used cooking oil or waste frying oil can be converted into biodiesel with GlobeCore’s reactors during the couple of minutes. The GlobeCore Biodiesel Technology Key advantage is the versatility of application. It can be used as for construction of new “ turnkey” plant and modernization of existing old type “batch process” plants. Such “batch” plants we can easily upgrade by implementing GlobeCore Biodiesel reactor. That process does not require significant investments. You are welcome to provide us the schema of your existing “batch” process and we will offer you the new biodiesel plant with GlobeCore reactors inside for free of charges.

This hydrodynamic technology offers significant advantages compared to competing systems both in terms
product quality and production rate.

Traditional biodiesel production	GlobeCore biodiesel production
(1) require heating the oil to 70°С. As a result - significant energy input;	does not require any of the left column Instead of those:
(2) recuperation of excess methanol,	(1) reducing the power costs by tens of times
(3) additional transesterification	(2) no high process temperatures
(4) vacuum drying	(3) no need for expensive portioning pumps, as the ejector pulls in the required amount of components.
(5) water wash	(4) transesterification reaction during fraction of seconds
All of those add to the power bill	(5) no need for large space for Biodiesel Plant

Biodiesel reactor processing characteristics

№	Parameter	Value
1.	Primary liquid capacity, m3/hour, max	6,5
2.	Quantity of dosed liquid, m3/hour
	-1st component, min	5*
	-2nd component, max	150*
	-3rd component, min	5*
	-4th component, max	150*
3.	Nominal power, kW	60
4.	Blender volume, m3	0,05
5.	Compressed air consumption, l/min	120
6.	Mix head, meters	20
7.	Dimensions, mm, max
	- length	3700
	- width	650
	- height	1800
8.	Weight, kg, max	885