Recent applications in food for the electrodialysis of whey salts?
81850
http://www.pca-gmbh.com/appli/ed.htm:\nElectrodialysis is used to transport salt from one solution, the diluate, to another solution (concentrate) by applying an electric current. This is done in an  electrodialysis cell providing all necessary elements for this process. The conentrate and diluate are separated by the membranes into the two different process streams (concentrate and diluate), as shown in the figure below. An electric current is applied, moving the salt over the membranes.\n\nApplications:\n# Desalination of salt water\n# Stabilisation of wine\n# Whey demineralisation\n# Pharmaceutical application\n# Pickling bath recycling \n\n\n---------------------------------------\nhttp://www.ionics.com/industries/food/index.htm:\nMajor Applications in the Food, Beverage, and Dairy Industries:\n\n    * Brine clarification for cheese and processed meats\n    * Concentration of whey, skim milk, whole milk, and sugar solutions\n    * Demineralization of cheese whey\n    * Fractionation and concentration of proteins\n    * Fruit juice de-ashing, clarification and concentration\n    * Wastewater recovery\n    * Water purification for beer production\n---------------------------------------------------------\nhttp://www.electrosynthesis.com/ess/apps.html\nApplications of Electrodialysis\n\nReduce Electrolyte Content\nPotable from brackish water\nFood products - whey, milk, soy sauce, fruit juice\nNitrate from drinking water\nCooling tower water\nBoiler feed water\nRinse water for electronics processing\nEffluent streams\nElectroless plating baths\nBlood plasma to recover proteins\nPickle brines to recover flavor\nSugar and molasses\nAmino acids\nPotassium tartrate from wine\nChloride purge in Kraft paper process\nPhotographic developer regeneration\nFiber reactive dyes Recover Electrolytes\nPure NaCl from seawater\nAg(I) salts from photographic waste\nNi(II) from electroplating rinse waters\nZn(II) from galvanizing rinse water\nSalts of organic acids from fermentation broth\nAmino acids from protein hydrolysates\nAcids from metal pickling baths and rinse \nHCl from cellulose hydrolysate\nMiscellaneous\nSalt splitting\nMetathesis\nConcentrate reverse osmosis brines\nIon substitution\n-----------------------------------------------------\nhttp://www.stewartpostharvest.com/August_2005/Liu.htm#_Electrodialysis_in_postharvest_food\n:\nElectrodialysis in postharvest food processing\n\nElectrodialysis is a membrane process used for separating ions in the solution through selective permeable ion exchange membranes when a voltage is applied across a pair of anode and cathode that sandwich the ion exchange membranes situated in a number of compartments [21]. In addition to ions in solution, ionizable organic molecules can also be separated with ED. The most common use of electrodialysis in postharvest processing of fruits and vegetables is deacidification of fruit juices [22, 23]. Various ED systems with homopolar and biopolar membrane for passion fruit juice deacidification were studied and the designs that consisted of more than two compartments or having both homopolar and biopolar membranes were found to work better than the traditional design of homopolar membranes in two compartments [24]. ED in deacidification of fruit juice is designed to compete with ion exchange processes. It is claimed that ED is better a method than the ion exchange because ED does not change organoleptic characteristics and gives better flavor [25]. However, ED is a rather expensive process in terms of energy and material consumption. In addition to passion fruit, other fruit juices such as orange, grape, pineapple, and lemon are also reported [26, 27]. Other uses or potential uses of ED in fruit or vegetable related areas include recovery of tartaric acid from fruit juice wastewater [28] and removal of nitrate and arsenic contaminants from vegetable juices.
997518
Right here:  http://www.numed.co.uk/electrodepl.html
788768
Just the usual stuff.  Use an electrolyte (H2SO4/HNO3), a couple of electrodes, a reduction table of half cell potentials, and some electricity.
163022
Ion exchange is a viable alternative but it ultimately works on the same principles as Electrochemistry
209349
Not a whole lot... but I can see how. Fluid in some plants can be electrolytic.
603247
An electrolyte is a liquid substance which acts as a medium to conduct electricity. One speaks of an electrolyte in a number of different contexts, the most common including health and fitness, and various electronics and automotive disciplines. An electrolyte is full of ions, which are atoms that have some sort of net electric charge, either positive or negative. A dilute electrolyte has a relatively small amount of ions for its volume, while a concentrated electrolyte has a high amount of ions.\n\nIn basic fuel cells, such as those used in automotive technology, an electrolyte acts as the liquid that allows ions to travel between the cathode and anode to keep the power-generating process underway, while keeping the reactive oxygen and hydrogen apart. In the type of fuel cell known as a proton exchange membrane cell, the electrolyte specifically moves protons (positively-charged hydrogen ions) to the cathode from the anode where they are produced, with the end result being the production of water and electricity.\n\nBatteries also employ an electrolyte of some sort, both to conduct electricity between the battery plates, and to store energy on the plates themselves. The electrolyte used in a battery depends on the battery's type and purpose. Most car batteries, for example, use an electrolyte which contains sulfuric acid, which is why they require careful handling. Alkaline batteries use an alkaline solution for their electrolyte. Lithium batteries use a special organic electrolyte which freezes at much lower temperatures than more traditional water-based electrolytes.\n\nIn human health, electrolytes aid in a number of vital bodily processes. Many heart and nerve functions, muscle control and coordination, and the body's ability to absorb fluids all depend on a healthy balance of electrolytes. The most common electrolytes found in the human body are sodium, potassium, magnesium, chloride and calcium. Various hormones in the body help regulate intake of these electrolytes, and the kidneys filter electrolytes which reach excessive levels. Unhealthy levels of consumption of any or all of the body's necessary electrolytes can cause serious health issues. The most common imbalances are hyper- and hypo-natremia, or excessive and insufficient levels of sodium, and hyper- and hypo-kalemia, or excessive and insufficient levels of potassium.\n\nMany sports drinks contain added potassium and sodium to help restore the body's proper electrolyte balance after intense physical exertion. After exercising heavily, it can be dangerous to ingest large quantities of water, as it may dilute existing electrolyte levels and cause physical problems. Additionally, a number of electrolyte enhanced drinks exist specifically for children and may be helpful for regular use, particularly to restore electrolyte balance after sickness which has included vomiting or dihorrea
238638
One wat to make it is with the protein poewder found at the grocery store. I use whey protein. look at ingrediants to find the max protien.\n\nAdd milk and powdcer in a mixer you can also addd bananas. you can substitute milk for ice cream or yogurt. sounds bad bad tastes pretty good.
851560
solution...Bicarbonate and sodium. :)
578419
whey is a protein which when seperated from the curdor casein which form a solid , remains a liquid in suspension\nof itself there is no surface tension as that is born by the casein - whey has a freezng point lower that water because of it's fat content and it's viscosity by that very nature,\nthough variable is more dense that most liquids
527426
chemical and electrical
703621
Hi,\nHere you can find a table:\n\nhttp://www.physchem.co.za/Data/Electrode%20Potentials.htm
109804
The Metal ions such as Na+ & K+ are used to make the soap & they present in the formula of the soap
261828
http://www.academic.marist.edu/~jfjp/chem351E3.htm\n\nThe alternate would be ion chromatography
511902
proteins and calcium carbonate.
1186506
1...ALKALIZING FOODS \nVEGETABLES\nGarlic\nAsparagus\nFermented Veggies\nWatercress\nBeets\nBroccoli\nBrussel sprouts\nCabbage\nCarrot\nCauliflower\nCelery\nChard\nChlorella\nCollard Greens\nCucumber\nEggplant\nKale\nKohlrabi\nLettuce\nMushrooms\nMustard Greens\nDulce\nDandelions\nEdible Flowers\nOnions\nParsnips (high glycemic)\nPeas\nPeppers\nPumpkin\nRutabaga\nSea Veggies\nSpirulina\nSprouts\nSquashes\nAlfalfa\nBarley Grass\nWheat Grass\nWild Greens\nNightshade Veggies\n FRUITS\nApple\nApricot\nAvocado\nBanana (high glycemic)\nCantaloupe\nCherries\nCurrants\nDates/Figs\nGrapes\nGrapefruit\nLime\nHoneydew Melon\nNectarine\nOrange\nLemon\nPeach\nPear\nPineapple\nAll Berries\nTangerine\nTomato\nTropical Fruits\nWatermelon\n\nPROTEIN\nEggs\nWhey Protein Powder\nCottage Cheese\nChicken Breast\nYogurt\nAlmonds\nChestnuts\nTofu (fermented)\nFlax Seeds\nPumpkin Seeds\nTempeh (fermented)\nSquash Seeds\nSunflower Seeds\nMillet\nSprouted Seeds\nNuts OTHER\nApple Cider Vinegar\nBee Pollen\nLecithin Granules\nProbiotic Cultures\nGreen Juices\nVeggies Juices\nFresh Fruit Juice\nOrganic Milk\n(unpasteurized)\nMineral Water\nAlkaline Antioxidant Water\nGreen Tea\nHerbal Tea\nDandelion Tea\nGinseng Tea\nBanchi Tea\nKombucha\n\nSWEETENERS\nStevia\n\nSPICES/SEASONINGS\nCinnamon\nCurry\nGinger\nMustard\nChili Pepper\nSea Salt\nMiso\nTamari\nAll Herbs\n\nORIENTAL VEGETABLES\nMaitake\nDaikon\nDandelion Root\nShitake\nKombu\nReishi\nNori\nUmeboshi\nWakame\nSea Veggies \n\n\n2...ACIDIFYING FOODS \nFATS & OILS\nAvocado Oil\nCanola Oil\nCorn Oil\nHemp Seed Oil\nFlax Oil\nLard\nOlive Oil\nSafflower Oil\nSesame Oil\nSunflower Oil\n\nFRUITS\nCranberries\n\nGRAINS\nRice Cakes\nWheat Cakes\nAmaranth\nBarley\nBuckwheat\nCorn\nOats (rolled)\nQuinoi\nRice (all)\nRye\nSpelt\nKamut\nWheat\nHemp Seed Flour\n\nDAIRY\nCheese, Cow\nCheese, Goat\nCheese, Processed\nCheese, Sheep\nMilk\nButter NUTS & BUTTERS\nCashews\nBrazil Nuts\nPeanuts\nPeanut Butter\nPecans\nTahini\nWalnuts\n\nANIMAL PROTEIN\nBeef\nCarp\nClams\nFish\nLamb\nLobster\nMussels\nOyster\nPork\nRabbit\nSalmon\nShrimp\nScallops\nTuna\nTurkey\nVenison\n\nPASTA (WHITE)\nNoodles\nMacaroni\nSpaghetti\n\nOTHER\nDistilled Vinegar\nWheat Germ\nPotatoes DRUGS & CHEMICALS\nChemicals\nDrugs, Medicinal\nDrugs, Psychedelic\nPesticides\nHerbicides\n\nALCOHOL\nBeer\nSpirits\nHard Liquor\nWine\n\nBEANS & LEGUMES\nBlack Beans\nChick Peas\nGreen Peas\nKidney Beans\nLentils\nLima Beans\nPinto Beans\nRed Beans\nSoy Beans\nSoy Milk\nWhite Beans\nRice Milk\nAlmond Milk
744884
it is called electrolysis\n2NaCl + 2H2O ----> 2NaOH  + H2 + Cl2
426896
BaCO_3+HCl - BaCl_2+CO_2+H_2_O\n\nbalance it