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Haber process.ppt

  • Количество слайдов: 17

 • Аммиак өндірісі. • -аммиак өндірісінің үрдісін білу; • -знать процесс производства аммиака; • Аммиак өндірісі. • -аммиак өндірісінің үрдісін білу; • -знать процесс производства аммиака;

KEY WORDS Haber process Габер процесі Процесс Габера Ammonia Аммиак manufacture өндіріс производства fertlizers KEY WORDS Haber process Габер процесі Процесс Габера Ammonia Аммиак manufacture өндіріс производства fertlizers Тыңайтқыш удобрение Conditions жағдай условия і

Making Fertilisers 1. Ammonia (alkaline) and nitric acid react together in a neutralisation reaction Making Fertilisers 1. Ammonia (alkaline) and nitric acid react together in a neutralisation reaction 2. The fertiliser ammonium nitrate is produced

Making Fertilisers Making Fertilisers

Neutralisation Neutralisation

The Haber Process 1. Ammonia is made in the Haber process 2. The raw The Haber Process 1. Ammonia is made in the Haber process 2. The raw materials are nitrogen (from the air) and hydrogen (from natural gas) 3. The conditions needed are; • high temperatures (about 4500) • high pressures (200 atm). • iron catalyst

The Haber Process The Haber Process

The Haber Process The Haber Process

Reversible reactions 1. The Haber process reaction is reversible 2. This means that the Reversible reactions 1. The Haber process reaction is reversible 2. This means that the product (ammonia) can break down again into the reactants (nitrogen and hydrogen)

Reversible reaction Reversible reaction

Equilibrium 1. For a reversible reaction in a closed system, an equilibrium is reached Equilibrium 1. For a reversible reaction in a closed system, an equilibrium is reached where the rate of the forward reaction equals the rate of the reverse reaction 2. The amount of reactants and products in the equilibrium depends on the conditions 3. The equilibrium will move to reduce any changes in the reaction

Equilibrium Equilibrium

Low temperature Low temperature

High temperature High temperature

Making Nitric acid 1. Ammonia reacts with oxygen in the air in the presence Making Nitric acid 1. Ammonia reacts with oxygen in the air in the presence of a hot platinum catalyst to produce nitrogen monoxide 2. The nitrogen monoxide reacts with water and more oxygen to produce nitric acid

Making Nitric Acid Making Nitric Acid

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