Carbonating tower
Ammonia recovery
Ammonia recovery and size of the plant
Ammoniation of salt solution
C. Ammonia recovery and size of the plant
Refractory material
Synthetic resin
Artificial abrasive
Blue pigment
Solar evaporation
Vacuum evaporation
Freeze drying
Electrolysis
Iron oxide
Soda ash
Limestone
Silica
Cast
Wrought
Pig
High silicon
Permit the use of alum as a coagulant
Increase the softening capacity of zeolite
Facilitate easy regeneration of zeolite
All (A), (B) and (C)
Gypsum
Silicates
Sodium silicate
Carbonates
Bleached easily
Dull white in color
Strong fibrous
Dark colored
Phosphoric acid
Phosphorous
Superphosphates
All (A), (B) and (C)
Make it corrosion resistant
Make glossy surface
Give elasticity & prevent cracking of the film
Increase atmospheric oxidation
(NH4)2SO4
NH4Cl
(NH4)2 NO3
Liquid NH3
Hydration
Inversion
Esterification
None of these
NH3
NaCl
CaO
Coke
Osmosis
Reverse osmosis
Absorption
Adsorption
About 90% of nitric acid is manufactured by Ostwald's process
It is a strong mono basic acid which reacts with almost all the metals except noble metals
Yellow color of impure nitric acid is because of dissolved oxides of nitrogen (mainly NO2)
Arc process of nitric acid manufacture is economical as compared to Ostwald's process
Soft potassium soaps (potassium salt of fatty acid) with free Stearic acid to give lather a lasting property
Metallic soaps compounded with frothing agents
High free alkali soaps having excess of cane sugar and alcohol
None of these
Nickel
Vanadium
Alumina
Iron
Lignite
Sub-bituminous
Anthracite
Peat
Ostwald's
Bosch
Solvay
Haber's
A fat is converted into oil by its hydrogenation
There is no difference between a fat and an oil so far as its physical properties are concerned
All vegetable oils except coconut oil, contains fatty acids having more than sixteen carbon atoms
Vegetable oils are classified as drying, non-drying and semi drying oils depending upon their fatty acids content
Na2SO4
CaSO4. ½H2O
MgSO4
BaSO4
Poorer tensile strength
Poorer resistance to oxidation
Greater amount of heat build-up under heavy loading
All (A), (B) and (C)
Exothermic
Endothermic
Catalytic
Autocatalytic
Adhesive
Abrasive
Type of glass
Brittle material
Require lower initial investment
Require more power
Produce lower concentration NaOH
None of these
Barium sulphate
Aluminium sulphate
Aluminium chloride
Calcium sulphate
Polyester
Unsaturated polyester
Polyamide
Inorganic polymer
Polyurethane
Silicone
Teflon
Epoxy resin
For the manufacture of gas mantles
As a fissile fuel in a nuclear reactor
In the manufacture of hydrogen bomb
In the treatment of cancer
Addition
Condensation
Thermosetting
None of these
200-300
700-850
2000-2200
4000-4500