Overview of the Food PAC Methods
A pH value
Calibration and handling of electrodes, measuring pH
B Preparation and titer determination of the most important
titrants
NaOH, KOH, HCl, H2SO4, iodine, thiosulfate, permanganate,
AgNO3, EDTA
C Drinking water and mineral waters
pH value, acid capacity, water hardness, Ca, Mg, chloride,
sulfate, sulfide, chlorine, CO2, O2, oxidizability
D Milk and dairy products
pH value, acidity, chloride, Ca, vitamin C, Kjeldahl N
E Edible fats and oils
Acid number, free fatty acids, hydroxyl value,
iodine value, peroxide value, saponification value
F Cereals, dry pasta
pH value, acidity, NaCl, Kjeldahl N/total protein, Ca, Mg
G Honey, sugar and sweets
pH value, free acid, formol number, reducing sugars
H Soft drinks, lemonades
Citric acid/citrate, phosphoric acid, K, total P
J Fruit and vegetable juices, jams
pH value, total acid, vitamin C, SO2, chloride, total P,
sulfate, Ca, Mg, K, ash alkalinity, Kjeldahl N,
formol number, reducing sugars
K Beer,
vinegar, liquor and wine
pH value, total acid, CO2, SO2, vitamin C, ash alkalinity,
chloride, sulfate, total esters
L Coffee, cocoa and chocolate
pH value, acidity, chloride, reducing sugars, Kjeldahl
N, free fatty acids, iodine value, saponification value
M Sweeteners, gelling and thickening agents
Methoxy- and ethoxy groups, cyclamate, saccharin
N Fruit, vegetable and mushroom preserves
Oxalic acid, NaCl, SO2
O Table salt, spices, pickling salt, seasoning salt,
herbal salt and flavored salt
NaCl, total iodine, fluoride, tricalciumphosphate,
nitrite
P Meat products, meat extracts,
consommé cubes,
jellied meat, seasonings, soups, sauces
NaCl, Kjeldahl N/raw protein, SO2
Q Qualification of the titrator, validation of a titration
method |