Table III

Spray-Drying Conditions of MS-150 and MS-35 and Summary of Results

Spray Dryer^{^a}	Formulation	Ti (°C)	To (°C)	Liquid Feed Rate (mL/min)	Yield (%)	Particle Size (μm, D₅₀)	Moisture Content (%)
MS-150	A-1	190	90	53	82	14.7	4.4
	A-2	190	90	49	93	16.0	3.8
	A-2^*	190	90	50	<50	NA	NA
	A-2	190	100	20	90	14.1	3.6
	A-2	190	84	102	31	15.5	7.7
	A-2	225	95	84	45	14.9	5.6
	A-3	190	89	66	54	15.5	4.5
	A-4	187	88	58	99	14.8	6.9
	A-5	187	88	39	100	15.7	5.8
	A-6	187	87	46	99	17.7	4.9
MS-35	A-4	189	87	15	95	12.9	5.8
	A-5	189	88	14	97	11.6	5.0
	A-6	189	97	16	100	12.6	4.3
MS-150	B-1	190	90	52	84	15.1	5.0
	B-2	190	90	51	98	14.7	4.2
	B-2^*	190	90	50	<50	NA	NA
	B-3	190	90	58	41	16.1	4.7
	B-4	187	88	55	92	14.6	6.3
	B-5	187	88	48	100	15.1	6.1
	A-6	187	87	55	100	16.6	5.8
MS-35	B-4	189	87	16	100	12.3	5.3
	B-5	189	87	16	100	11.2	5.5
	A-6	189	87	17	100	12.7	5.0

Ti, drying air inlet temperature; To, drying air outlet temperature; NA, not available.
↵a MS-150 drying air rate = 154 kg/h and nozzle gas pressure = 10 psig; MS-35 drying air rate = 35 kg/h and nozzle gas pressure = 10 psig.
↵* Spray-dried on MS-150 using the cyclone in Figure 1c.