question: Differences between liquid detergent with powder detergent?
comment: Detergents are basically all the same. They are surfactants that help water lift and remove dirt from your clothing. The primary difference is only in the mechanism by which the detergent is stored. Powdered detergents have all the moisture removed, making it more compact and easier/cheaper to store and transport. Liquid detergents are primarily water, which means you are paying for the use, storage, and transport of water. This is why liquid detergents are more expensive. There are other subtle differences between detergent brands, mostly in the form of additives. But for a single brand (like Tide), there is no real difference in the cleaning power between powder, liquid, or tablets.
passages: Pursuant to findings published in 2006 by the Shenkar College of Engineering and Design indicating that liquid detergents are "much more environment-friendly" than powdered detergents, Israel's Ministry of the Environment began recommending that consumers prefer liquid detergent over powdered ones "for laundry which is not heavily stained."
   Section::::Properties of powder coating.
  
  Because powder coating does not have a liquid carrier, it can produce thicker coatings than conventional liquid coatings without running or sagging, and powder coating produces minimal appearance differences between horizontally coated surfaces and vertically coated surfaces. Because no carrier fluid evaporates away, the coating process emits few volatile organic compounds (VOC). Finally, several powder colors can be applied before curing them all together, allowing color blending and bleed special effects in a single layer.
   Most manufactures of spray powder offer both coated and uncoated powders. Uncoated powders are generally less expensive and are based on natural food-grade starches typically derived from corn (maize), wheat, semolina, potato, tapioca and rice depending on the diameter required. Coated powders use the same range of raw materials but are encapsulated with a minuscule amount of natural coatings which enable the powders to flow freely though the spray guns on sheet-fed offset-litho printing presses. Enhanced versions of these coatings are used to give specific electrostatic (anti-static) and hydrophobic properties.
   Dishwashing detergents for dishwashers are manufactured and marketed variously as cartridges, gel, liquids, pacs, powder, and tablets. Any dishwashing liquid may contain bleach, enzymes, or rinsing aids. Some dishwashing detergents may be homemade, using ingredients such as borax, essential oil, eucalyptus oil and grated bar soap, among others.
  
  Dishwashing detergents can be formulated to work under different circumstances. In some cases suitably formulated they can be used with cold water or sea water, although they will not generally work as well as those intended for, and used with, hot water.
  
  Section::::Types.:Common ingredients.
   Section::::Unit operations.:Powder blending.
  
  In the pharmaceutical industry, a wide range of excipients may be blended together with the active pharmaceutical ingredient to create the final blend used to manufacture the solid dosage form. The range of materials that may be blended (excipients, API), presents a number of variables which must be addressed to achieve target product quality attributes. These variables may include the particle size distribution (including aggregates or lumps of material), particle shape (spheres, rods, cubes, plates, and irregular), presence of moisture (or other volatile compounds), particle surface properties (roughness, cohesion), and powder flow properties.
  
  Section::::Unit operations.:Milling.
   BULLET::::- Many dilute the detergent before it comes in contact with the clothes, some by means of mixing the soap and water with air to make foam, which is then introduced into the drum.
  
  BULLET::::- Some have pulsators that are mounted on a plate on the bottom of the drum instead of an agitator. The plate spins, and the pulsators generate waves that help shake the soil out of the clothes. Many also include mechanisms to prevent or remove undissolved detergent residue on the detergent dispenser.
   Where:
  
  BULLET::::- h = the reduced plate height count (plate height/stationary phase particle diameter)
  
  BULLET::::- n = the reduced mobile phase linear velocity (velocity times stationary phase particle diameter/solute diffusion coefficient in the mobile phase)
  
  BULLET::::- A, B, and C are constants related to solute flow anisotropy (eddy diffusion), molecular longitudinal diffusion, and mass transfer properties respectively.
   Laundry detergent
  
  Laundry detergent, or washing powder, is a type of detergent (cleaning agent) that is added for cleaning laundry. While detergent is still sold in powdered form, liquid detergents have been taking major market shares in many countries since their introduction in the 1950s.
  
  Laundry detergent pods have also been sold in the United States since 2012 when they were introduced by Procter & Gamble as Tide Pods. Earlier instances of laundry detergent pods include Salvo tablets sold in the 1960s and 1970s.
  
  Section::::History.
   Automatic dishwashing involves the use of a dishwashing machine or other apparatus. It is generally chosen through convenience, sanitation, or personal preference. The cleaning is less reliant on the detergent's surfactants but more reliant on machine's hot water as well as the detergent's builders, bleach, and enzymes. Automatic dishwashing detergents' surfactants generally have less foam to avoid disrupting the machine.
  
  Section::::Informal uses.
   Section::::Production.:Production details.
  
  Given the large scale applications of LAB-derived detergents, a variety routes have been developed to produce linear alkylbenzenes:
   Section::::Ordered mixture.
  
  The term "ordered mixture" was first introduced to describe a completely homogeneous mixture where the two components adhere to each other to form ordered units. However, a completely homogeneous mixture is only achievable in theory and other denotations were introduced later such as adhesive mixture or interactive mixture.
  
  Section::::Interactive mixture.
   A random mixture can be obtained if two different free-flowing powders of approximately the same particle size, density and shape are mixed (see figure A). Only primary particles are present in this type of mixture, i.e., the particles are not cohesive and do not cling to one another. The mixing time will determine the quality of the random mixture. However, if powders with particles of different size, density or shape are mixed the segregation can occur. Segregation will cause separation of the powders as, for example, lighter particles will be prone to travel to the top of the mixture whereas heavier particles are kept at the bottom.
   Section::::Products.
  
  Section::::Products.:Dish Wash.
  
  BULLET::::- Exo
  
  BULLET::::1. EXO SAFAI SCRUBBER
  
  BULLET::::2. EXO SAFAI STEEL SCRUBBER
  
  BULLET::::3. EXO DISHEXO DISH WASH BAR / ROUND
  
  BULLET::::4. EXO DISH SHINE POWDER
  
  BULLET::::5. EXO DISH SHINE POWDER GEL/LIQUID
  
  Section::::Products.:Pril.
  
  BULLET::::1. PRIL DISH WASH BAR
  
  BULLET::::2. PRIL LIQUID KRAFT GEL
  
  BULLET::::3. PRIL LIQUID LIME GEL
  
  BULLET::::4. PRIL LIQUID POUCH
  
  Section::::Products.:Fabric Care.
  
  BULLET::::- Henko
  
  BULLET::::1. HENKO STAIN CHAMPION (CAKE)
  
  BULLET::::2. HENKO STAIN CHAMPION (POWDER)
  
  BULLET::::3. Henko LINTelligent
  
  BULLET::::- More
  
  BULLET::::1. MORE LIGHT ORANGE DETERGENT POWDER
  
  BULLET::::2. MORE LIGHT LIQUID BLUE
  
  BULLET::::3. MORE LIGHT BLUE CAKE
  
  Section::::Products.:MR. WHITE.
  
  MR. WHITE DETERGENT POWDER
  
  Section::::Products.:NEW SUPER CHEK.
   MonoSol is one of the companies that develops the water-soluble film used for laundry and dishwasher detergent packs, used by brands including Tide, with roughly $250 million in annual sales and controlling around 90-percent of the market. The film is designed to be soluble in cold water.
   Electrostatic fluidized bed application uses the same fluidizing technique as the conventional fluidized bed dip process but with much less powder depth in the bed. An electrostatic charging medium is placed inside the bed so that the powder material becomes charged as the fluidizing air lifts it up. Charged particles of powder move upward and form a cloud of charged powder above the fluid bed. When a grounded part is passed through the charged cloud the particles will be attracted to its surface. The parts are not preheated as they are for the conventional fluidized bed dip process.
   Spray powder is used to separate printed sheets to enable air to naturally dry the printing ink. The diameter of the powder used is relative to the density (g/m²) of the stock (paper or board) being printed. For 150 g/m² paper the ideal anti-set-off spray powder would be 15 µm in diameter, for 200 g/m² 20 µm, through to 70 µm for heavy board (700 g/m²).
   Shampooing of artificial hair integrations can be as easy as shampooing real hair, with some considerations. For instance, many manufacturers suggest using a mild shampoo, or even a wig shampoo.
  
  Directions included with the integrations may indicate what type of shampoo to use; the methods of brushing, combing and drying that are most advisable; and what heat setting to use when drying the hair, or if it is even advisable to do so.
   There are very specialized operations where powder coatings of less than 30 micrometres or with a Tg below 40 °C are used in order to produce smooth thin films. One variation of the dry powder coating process, the "Powder Slurry" process, combines the advantages of powder coatings and liquid coatings by dispersing very fine powders of 1–5 micrometre sized particles into water, which then allows very smooth, low film thickness coatings to be produced.
   Section::::Evolution of detergent industry in India.
  
  Detergent industry had its beginning in 1957. Swastik Oil Mills in Wadala, Mumbai, was the first Indian factory to manufacture synthetic detergents. The evolution of detergent powder industry is summarised in the table below keeping focus on Indian subcontinent.
  
  Section::::Strategies of Ghari.
  
  Section::::Strategies of Ghari.:Ghari followed Nirma’s path of aggressive pricing.
   In modern times, powdered milk is usually made by spray drying nonfat skimmed milk, whole milk, buttermilk or whey. Pasteurized milk is first concentrated in an evaporator to approximately 50 percent milk solids. The resulting concentrated milk is then sprayed into a heated chamber where the water almost instantly evaporates, leaving fine particles of powdered milk solids.
   The particle size of the stationary phase is generally finer in flash column chromatography than in gravity column chromatography. For example, one of the most widely used silica gel grades in the former technique is mesh 230 – 400 (40 – 63 µm), while the latter technique typically requires mesh 70 – 230 (63 – 200 µm) silica gel.
   See surfactants for more applications.
  
  Section::::History.
  
  In World War I, there was a shortage of oils. Synthetic detergents were first made in Germany.
  
  Section::::Major applications of detergents.
  
  Section::::Major applications of detergents.:Household cleaning.
  
  One of the largest applications of detergents is for household and shop cleaning including dish washing and washing laundry. The formulations are complex, reflecting the diverse demands of the application and the highly competitive consumer market.
  
  Section::::Major applications of detergents.:Fuel additives.
   The chosen composition of the mobile phase (also called eluent) depends on the intensity of interactions between various sample components ("analytes") and stationary phase ("e.g.", hydrophobic interactions in reversed-phase HPLC). Depending on their affinity for the stationary and mobile phases analytes partition between the two during the separation process taking place in the column. This partitioning process is similar to that which occurs during a liquid–liquid extraction but is continuous, not step-wise. In this example, using a water/acetonitrile gradient, more hydrophobic components will elute (come off the column) late, once the mobile phase gets more concentrated in acetonitrile ("i.e.", in a mobile phase of higher eluting strength).
   The process quality of dip or dam-and-fill coating and non-atomised spray technology can be improved by applying then releasing a vacuum while the assembly is submerged in the liquid resin. This forces the liquid resin into all crevices, eliminating uncoated surfaces in interior cavities.
  
  The differences in application methods can be seen in a comparison presentation. Choice of method is dependent on the complexity of the substrate to be coated, the required coating performance, and the throughput requirements.
  
  Section::::Coating methods.:Curing and drying.
  
  Section::::Coating methods.:Curing and drying.:Solvent and water-based conformal coatings.
   Aqueous-based parts washers use alkaline detergents mixed with water to clean parts. This solution is safer than solvent-based systems because the risk of the cleaning solution catching fire is eliminated. The detergent for an aqueous parts washer may be in the form of a powder or a liquid. Each form has its advantages and the particular parts cleaning application will determine the best form. In general, powder detergents are the more aggressive and typically used in maintenance and rebuilding operations while liquids are more commonly found in lighter cleaning applications that were once commonly the domain of vapor degreasers.
  
raw_presuppositions: There are differences between liquid detergent with powder detergent.
raw_corrections: There are no differences between liquid detergent with powder detergent except only in the mechanism by which the detergent is stored.