The DDC II will substantially reduce the operating cost
of any regenerative dryer.

By using the following formulas, you can calculate your savings. Typically, by using the DDC II, you will reduce the energy consumption and operating cost of your dryer by 50%.

I.	Dryer Design Characteristics: Dryer Model	Example	Yours
	(1)   Air Flow, SCFM	700	________________
	(2)   Air Temperature, °F	100	________________
	(3)   Air Pressure, PSIG	100	________________
II.	Design Conditions (Maximum)
	(9)   Design water load (air to the dryer): See Table A and Temperature (2)
			16.66
III.	Average Conditions
	(13)  Estimated average flow, SCFM	500	________________
	(14)  Estimated average temperature, °F	90	________________
	(15)  Estimated average pressure, PSIG	100	________________
	(16)  Average water load (air to the dryer):  See Table A
			8.55
		.513

Table A

*Costs based on 1000 SCFM dryer operating around the clock 365 days.  Purge air at $.25/1000 SCF; electricity at $.05/KWH.  Does not include maintenance costs.

 Average 1000 SCFM dryer cost total amount.  Installation of a SAHARA DDC II typically reduces average operating cost by 50%.

Energy savings, reduced maintenance costs, knowledge of dryer performance; the benefits you receive with every SAHARA Dewpoint Demand Controller.  In a global economy that rewards the efficient, can you afford not to use the SAHARA Dewpoint Demand Controller?

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