It is recycled through the reactor to carry the process on
Nothing.If you searching for it,then wastage of your time.
I will ensure that there is Maximum utilization of the available school resources but without wastage
Following are the advantages of Frasch method: 1. This process is economical because there is no wastage of sulphur. 2. This process does not require requisite building of structures because even used structures can be again used. 3. Sulphur obtained in this process is 99.5 % pure. 4. This process is not very complex to perform and simple to do. 5. This method is cost effective.
DISADVANTAGES OF HARDWATERWater is main in• Domestic use • Industrial useIn Domestic use • • • • WASHING Bathing Cooking DrinkingWASHING• hardwater, when used for washing purposes, does not producing lather freely with soap. As a result cleansing quality of soap is decreased and a lot of it is wasted. Hardwater reacts with soap it produces sticky precipitates of calcium and magnesium soaps. These are insoluble formations.Bathing • hardwater does not lather freely with soap solution, but produces sticky scum on the bath-tub and body. Thus, the cleansing quality of soap is depressed and a lot o it is wasted.Cooking • For cooking the boiling point of water is increased because of presence of salts. Hence more fuel and time are required.Drinking • Hardwater causes bad effects on our digestive system. Moreover, the possibility of forming calciumoxalate crystals in urinary tracks is increased.INDUSTRIAL USEINDUSTRIAL USE• • • • • • Sugar Industry Dyeing Industry Paper Industry Pharmaceutical Industry Concrete Making LaundryTextile Industry • Hardwater causes wastage of soap. Precipitates of calcium and magnesium soaps adhere to the fabrics and cause problem.Sugar Industry• water containing sulphates, nitrates, alkali carbonates. Etc. if used in sugar refining, causes difficulties in the crystallization of sugar. Moreover, the sugar so produced may be de-liquescent.Dyeing Industry• The dissolved salts in hardwater may reacts with costly dyes forming precipitates.Paper Industry• Calcium, magnesium, Iron salts in water may affect the quality of paper.Pharmaceutical Industry • Hardwater may cause some undesirable products while preparation of pharmaceutical products.Concrete Making • Water containing chlorides and sulphates, if used for concrete making, affects the hydration of cement and the final strength of the hardened concrete.Laundry Hardwater, if used in laundry, causes much of the soap used in washing to go as waste Iron salts may even cause coloration of the clothesIN STEAM GENERATION IN BOILERS:For steam generation, boilers are almost invariably employed. If the hardwater is fed directly to the boilers, there arise many troubles such as.. A. Scale and sludge formation: the hardness of water fed to the boiler may cause scale and sludge formation. B. Corrosion: Hardwater may cause caustic embrittlement which is a type of boiler corrosion. C. Priming and Foaming: Hardwater used in boiler causes priming and foaming which results in the formation of wet stream. D. Caustic embrittlementDISADVANTAGES OF HARDWATERWater is main in• Domestic use • Industrial useIn Domestic use • • • • WASHING Bathing Cooking DrinkingWASHING• hardwater, when used for washing purposes, does not producing lather freely with soap. As a result cleansing quality of soap is decreased and a lot of it is wasted. Hardwater reacts with soap it produces sticky precipitates of calcium and magnesium soaps. These are insoluble formations.Bathing • hardwater does not lather freely with soap solution, but produces sticky scum on the bath-tub and body. Thus, the cleansing quality of soap is depressed and a lot o it is wasted.Cooking • For cooking the boiling point of water is increased because of presence of salts. Hence more fuel and time are required.Drinking • Hardwater causes bad effects on our digestive system. Moreover, the possibility of forming calciumoxalate crystals in urinary tracks is increased.INDUSTRIAL USEINDUSTRIAL USE• • • • • • Sugar Industry Dyeing Industry Paper Industry Pharmaceutical Industry Concrete Making LaundryTextile Industry • Hardwater causes wastage of soap. Precipitates of calcium and magnesium soaps adhere to the fabrics and cause problem.Sugar Industry• water containing sulphates, nitrates, alkali carbonates. Etc. if used in sugar refining, causes difficulties in the crystallization of sugar. Moreover, the sugar so produced may be de-liquescent.Dyeing Industry• The dissolved salts in hardwater may reacts with costly dyes forming precipitates.Paper Industry• Calcium, magnesium, Iron salts in water may affect the quality of paper.Pharmaceutical Industry • Hardwater may cause some undesirable products while preparation of pharmaceutical products.Concrete Making • Water containing chlorides and sulphates, if used for concrete making, affects the hydration of cement and the final strength of the hardened concrete.Laundry Hardwater, if used in laundry, causes much of the soap used in washing to go as waste Iron salts may even cause coloration of the clothesIN STEAM GENERATION IN BOILERS:For steam generation, boilers are almost invariably employed. If the hardwater is fed directly to the boilers, there arise many troubles such as.. A. Scale and sludge formation: the hardness of water fed to the boiler may cause scale and sludge formation. B. Corrosion: Hardwater may cause caustic embrittlement which is a type of boiler corrosion. C. Priming and Foaming: Hardwater used in boiler causes priming and foaming which results in the formation of wet stream. D. Caustic embrittlement
Stoichiometry is a branch of chemistry that deals with the quantitative relationships between the amounts of reactants and products in a chemical reaction. It allows us to understand and predict the amount of substances involved in a reaction, based on the balanced chemical equation. In stoichiometry, the coefficients in a balanced chemical equation represent the mole ratios between the different reactants and products. These coefficients indicate the relative number of molecules, atoms, or moles of each substance involved in the reaction. Stoichiometry calculations involve converting between the mass, moles, or volume of substances participating in a reaction using the stoichiometric ratios provided by the balanced equation. This allows us to determine the amount of reactants needed, the amount of products formed, and to predict the limiting reactant or the excess reactant in a reaction. Stoichiometry calculations can be used to answer questions such as: How much product can be obtained from a given amount of reactant? What mass of reactant is required to produce a specific amount of product? How much of one reactant is needed to completely react with another reactant? What is the stoichiometric ratio between reactants and products in a chemical reaction? Stoichiometry is an essential tool in chemical analysis, synthesis, and understanding the quantitative aspects of chemical reactions. It allows chemists to design and optimize reactions, determine reaction yields, and ensure efficient use of reactants.
Food wastage can be prevented by only cooking food that can be finished. The leftover foods can always be refrigerated.
anything that's not liquid wastage.
Wastage is accented on the first syllable.
It is just a wastage of time.
Manpower wastage is an element in labor turnover. Wastage is severance from the organization, which includes, voluntary retirement, normal retirement, resignations, deaths and dismissals.
analysing how to reduce the wastage of proper utilisation of human resources..by proper recruitment, selection and retaining
mnc,.How do you reduce wastage of stock in a hospitality operation?"
a glacier has a snowline at the same height as the wastage line.
RECYCLE ! :))
I believe that you would have to say something like, "Large amount of waste." instead of, "A lot of wastage."
To write a memo about wastage of stationary, address the issue clearly and concisely in the opening paragraph. Provide examples of wastage observed and its impact on the organization's budget or environmental sustainability. Finally, suggest practical solutions or guidelines to minimize stationary wastage moving forward.
No