Agronomy
Fertilizer Technologie I: Synthesis
Description
Le chemical engineering discipline includes le design, development, construction et operation de industrial processes pour le production de a diverse range de products. Moderne chemical engineering is also concerned avec valuable new materials et techniques such as biomedical engineering et nanotechnology. Le chemical engineering profession today is a key contributor to any country’s economic growth. Le field is so wide et important that it finds its applications en almost all walks de life, be it food et nourishment (fertilizers, insecticides, herbicides, oils et fats), clothing et housing (synthetic fibres, plastics et polymers, plywood et hardboards, paints et varnishes, rubber), healthcare (artificial organs, drugs et pharmaceuticals), cosmetics (soaps, shampoos, perfumes), energy (oil et natural gas, synthetic fuels, solar energy, wind energy, biomass, energy from wastes, fuel cells, batteries, nuclear energy), communication (papers, pencils, printing inks, magnetic tapes et records), defence (explosives, bullet proof jackets, high performance materials) et protection de environment (catalytic converters, effluent treatment facilities), etc. Nearly all industries producing consumer goods directly or indirectly need le products de chemical industry.
Table des matières
À propos de le Editors; List de Contributors; À propos de le Series; Preface; Le Impact de Land Degradation sur Monde Alimentation Systèmes et Potential Remedial Actions (UNITED KINGDOM); Fertilizer, Culture Yield et Bioactive Compounds (NIGERIA); Le Emphasis de Integrated Use de Organic et Inorganic Fertilizer pour Agriculture Production (INDIA); Potentials et Challenges de Inorganic et Organic Fertilizers en Nutrient Gestion (NIGERIA); Avancé Technologie de Fertilizer Uses pour Culture Production (INDIA); Fertilization Models en Green House Cultures (GREECE); Synthetic Fertilizers: Role et Hazards (EGYPT); Ammonia Units: Operation Processes, Catalysts, Reactors et Operation Conditions (IRAQ); In-situ Synthesis de Ammonia from Urea by Hydrolysis Process pour Uses en Thermal Power Plantees (INDIA, SOUTH AFRICA, MALAYSIA, BRUNEI DARIUSSALAM); Organic Fertilizers to Sustain Soil Fertility (POLAND, ITALY); Novel Process de Organic Fertilizer Production by Solid State Fermentation Using Steam Exploded Straw (CHINA); Effects de Compost et Vermicompost Teas as Organic Fertilizers (AUSTRIA, SPAIN); Sequestering Pesticide avec Organic Fertilizer or Organic Amendment (FRANCE, MARTINIQUE); Possibilities pour Application de Organic Fertilizers Based sur Humic Acids en le Cultivation de Vegetables Cultures (BULGARIA); Fertilizer Production from Biomass (NIGERIA); Hydrogels pour Fertilizer Release (SINGAPORE); Comparison de Chemical Fertilizer, Fish Offal’s Fertilizer et Manure Appliqué to Tomato et Onion (ETHIOPIA); Le Effect de Colloidal Nanoparticles sur Plante Growth, Phytotoxicity et Culture Yields (UKRAINE); Explosive Fertilizers (TURKEY); Membrane Contactor Technologie— Un Introduction et Case Study de Fertilizer Industrial Effluent (INDIA); Environnemental Issues en Fertilizer Industry (CHINA, PAKISTAN); Fertilizer et le Environnement: Un Perspective from Niger Delta, Nigeria (NIGERIA, ROMANIA); Avancé Fertilizers: Uses et Related Environnemental Problems (EGYPT); Phosphorus as a Mondial Environnemental, Pricing et Political Problems (POLAND); N2 O Emission, Causes et Potential Strategies pour its Mitigation (PAKISTAN); Annual et Perennial Cultures pour Bioenergy: Soil et Environnemental Issues (ITALY); Recyclable Potential de Wastes from a Chemical Fertilizer Industry at Onne, Nigeria (NIGERIA); Subject Index