(1.) THE petitioner was convicted Under Section 16 (1) read with Section 7 of the Prevention of Food Adulteration Act, 1954, it is in evidence that on 12-8-1959, at about 9-10 a. m. the food inspector of the Ayyampet Pan-chayat Board visited the business premises of the petitioner where he was vending gingelly oil, purchased a quantity of the oil and when it was sent for chemical analysis, it was found to contain 6. 8 per cent of oleic acid. These facts are not disputed.
(2.) BUT the learned Counsel for the petitioner contends that although the sample of the oil was taken on 12-8-1959, actually it was analysed by the chemical analyst only On 25-8-1959, and the certificate was issued only on 13-2-1960, and that the presence of oleic acid in the gingelly oil in excess of the permitted limit might possibly have been due to the delay of H days in analysing the sample. That there was a delay of 11 days is undoubted. The only question is whether the excess of oleic acid over the allowed percentage of 3 per cent was due to causes beyond the control of the petitioner. In support of his argument learned Counsel draw my attention to a judgment of my learned brother Kunhammed Kutti, J. , in Crl. R. C. 273 of 1960 (Mad) in which he took the view that the delay of 11 days in that case between, the seizure of the sample and the chemical analysis gave rise to a doubt whether the offending excess percentage of fat in the oil might not be due to causes not attributable to the accused in that case. The learned judge gave the benefit of that doubt to the accused. But a perusal of his judgment shows that there was evidence in that case that the increase in the percentage of free fatty acid could be due to natural cause's. There is no such evidence in the present case.
(3.) LEARNED Counsel for the petitioner, nevertheless, contends that it is a well known scientific fact which Courts can take judicial notice of that when gingelly oil is exposed to the sun or atmospheric conditions, the fatty content in the oil is by that reason likely to in- crease. To substantiate this, reference has been made to two authorities. One of them is "industrial and manufacturing chemistry" by Martin and Cooke, 7th Edn, At page 62 of this book the authors note; The acid value This is a measure of the quantity of potassium hydroxide required to neutralise the free fatty acids in an oil. Gradual decomposition of the glycerides into their components glycerol and free fatty acids takes place when a fat is exposed to tine action of light and air, with the result that the acid value steadily rises. This value may therefore be a test of the freshness of an oil. Old and rancid fats sometimes have very high acid values. At page 54 there is a table which is said to have been taken from A. C. Wright's analysis of oil which summarises the chief chemical and physical properties of certain oils. One of the oils dealt with sesame oil, which I am told by the learned Counsel, would correspond to gingelly oil. Column 1 of the table shows 2. 8 per cent to be acid value. A note at the bottom of this table shows that the acid values frequently vary greatly and in most cases the acid value is not to be regarded as the superior limit.