Laundry Chemicals to Avoid

Life Miracle Magnetic Laundry System

What this product is offering is a lifelong product that will bring a new life to your health and your clothes. It is a detergent alternative that will be the future of the self-care market, it works using the magnetic force of the magnets and the water wash clothes, instead of having to wash your clothes with harmful chemicals that will wreak havocon your skin and potentially cause liver cancer. The Magnetic Laundry system will save you from having to wash your clothes and go through the rinse cycle which takes even more time, money, energy, and water for the cycle to finish. These magnets are the future of cleaning and they will be your best friend in the household, you will be able to prevent the harmfulchemical from reaching you and your loved ones by using magnets that will last you a lifetime. The other great thing about this is the fact you will not only be able to save money on the rinse cycles, but you will also be able to save our planet since this product is an eco-friendly washing system that uses free sustainable energy. You will also get the instructions to use the magnets to get started on your toxin-free life right now. Read more here...

Life Miracle Magnetic Laundry System Summary


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Enzymes of Halophiles

Halophilic enzymes are unusually stable than their normal counterparts. It has been proven that many halophilic enzymes are polyextremophilic. These enzymes not only remain active and stable in high salt environments but are also thermotolerant and alkaliphilic (Moreno et al. 2009) . These properties made halophilic enzymes attractive for various biotechnological applications. Gomes and Steiner (2004) have reviewed potential of enzymes of extremophiles including halophiles. Recently Setati (2010) has revisited applications of enzymes from halophilic and halotolerant microorganisms which produce a wide array of enzymes useful in food industry, laundry detergents and textile industries. Some of the enzymes of halophiles are summarized in Table 1.6.

Recent Advances in Detection

There have been significant advances in virus tests. It is now possible to look for their genetic material without waiting for them to grow. The reverse transcriptase polymerase chain reaction (RT PCR) can be used to look for specific pathogens and a variety of viruses in marine environments. The following viruses have been found in marine environments (1) enteroviruses, which are polio, coxsackie, and echoviruses (2) hepatitis A (3) adenovirus (4) Norwalk virus and (5) rotavirus. These viruses cause a veritable laundry list of illnesses. The tests are reasonably fast (about a day) but costly (about 1000 per assay if you add up all the costs), and they require highly trained operators. I estimate that there are one dozen people in the United States who could probably perform the test without additional training or experience. Many more could learn, if given a detailed protocol. There are only a few published reports of using this method with marine samples, one being that of Griffin...

Manganese Mn CAS 7439965 Background

Manganese seldom reaches concentrations of 1.0 mg L in natural surface waters and is usually present in quantities of 0.2 mg L or less. Concentrations higher than 0.2 mg L may occur in ground-waters and deep strati ed lak es and reservoirs under reducing conditions. Subsurface and acid mine waters may contain 10 mg L. Manganese is similar to iron in its chemical behavior and is frequently found in association with iron. In the absence of dissolved oxygen, manganese normally is in the reduced manganous (Mn2+) form, but it is readily oxidized to the manganic (Mn4+) form. Permanganates (Mn7+) are not persistent because they are strong oxidizers and rapidly are reduced in the process of oxidizing organic materials. Nitrate, sulfate, and chloride salts of manganese are quite soluble in water, whereas oxides, carbonates, phosphates, sul des, and hydroxides are only sparingly soluble. In natural waters, a substantial fraction of manganese is present in suspended form. In surface waters,...

Behaviour of surfactants in soil after infiltration from septic systems and sewageinfiltration ponds and from surface

Direct infiltration of (treated) wastewater through sand beds and infiltration of sewage water from laundry ponds or septic systems are among the major contamination sources of surfactants into subsurface and groundwaters. Most studies published on this issue were released by research groups from the USA where these treatment techniques have found some use (Table 6.7.3).

Surfactants properties production and environmental aspects

Surfactants are a broad group of chemicals that play important and vital roles in a great variety of fields. Applications as diverse as cleaning, food, metallurgy, pharmacy, medicine, paints and varnishes, mining, and many others utilise the characteristic properties provided by the surfactants. The human body with its continuous and complex chemical and biological reactions is also an extraordinary receptor of the benefits and characteristics of surfactants. Soap was the first man-made surface-active agent (surfactant) known. Soap made from animal fat and wood ashes seems to have been used only for medical purposes in antiquity and it was not until the 2nd century AD that it was recognised as a cleaning agent. Although soap was produced domestically for laundry purposes in the European middle ages and early modern times, cake soap was a luxury product that came into common use only in the 19th century. Early soapmakers dispersed wood or plant ashes in water, added fat to the...

Enantioselective Analyses of Polycyclic Musks

The synthetic polycyclic musks HHCB e.g. galaxolide) and AHTN e.g.tonalide), which are important artificial fragrances used in a large number of perfumes, laundry detergents, fabric softeners, toiletry products, and other household products 25 , as well as the polycyclic musks ATII e.g. traseolide), and AHDI e.g. phantolide) were included in a recent study by Gatermann et al. 20 . The stereochemical structures of these four polycyclic musk compounds can be found in Fig. 1. All derivatives are chiral compounds, where HHCB and ATII exhibit two stereogenic centres and thus two diastereomeric pairs of enantiomers. However, it is important to note that the technical ATII contains more than 95 of the trans isomer,presumably reflecting larger differences in the physicochemical properties of the diastereomers,which in turn results in a high excess of this trans-diastereomer during the synthesis. As a consequence, in environmental samples largely the latter diastereomer will be encountered,...

Additional Problems

Calculate the volume of Ca5(P04)30H, the density of which is 3.1 g mL, which is produced for each gram of sodium tripolyphosphate present in a detergent when it is removed in tertiary wastewater treatment. Estimate the annual mass of detergent used for laundry purposes for a typical household of four persons. Assuming that the phosphate levels in laundry detergents used were about 50 , calculate the volume that was required annually to dispose of its waste laundry phosphate.

Domestic Well Water Supplies Special Problems

Hard Water Hard water makes it difficult to produce suds or rinse laundry, dishes, or food equipment. Water hardness is caused by dissolved calcium and magnesium bicarbonates, sulfates, and chlorides in well water. Pipes clog and after a time equipment and water heaters become coated with a hard mineral deposit, sometimes referred to as lime scale. A commercial zeolite or synthetic resin water softener is used to soften water. The media must be regenerated periodically and disinfected with chlorine to remove contamination after each regeneration. Softeners do not remove contamination in the water supply. A filter should be placed ahead of a softener if the water is turbid. See also Water Softening, in Chapter 2. Iron and Manganese in Well Water Iron and manganese may be found in water from deep wells and springs. In high concentrations it causes a bitter taste in tea or coffee. When exposed to the air, iron, and manganese are oxidized and settle out. Red to brown or black (manganese)...

Iron and Manganese Occurrence and Removal

Iron in excess of 0.3 to 0.5 mg l will stain laundry and plumbing fixtures and cause water to appear rusty. When manganese is predominant, the stains will be brown or black. Neither iron nor manganese is harmful in the concentrations found in water. Iron may be present as soluble ferrous bicarbonate in alkaline well or spring waters as soluble ferrous sulfate in acid drainage waters or waters containing sulfur as soluble organic iron in colored swamp waters as suspended insoluble ferric hydroxide formed from iron-bearing well waters, which are subsequently exposed to air and as a product of pipe corrosion producing red water.

Carbon Chloroform Extract CCE and Carbon Alcohol Extract CAE Tests No Longer Routinely Used Carbonchloroform extract

Copper The EPA action level for copper is 1.3 mg 1 the WHO guideline is 1.0 mg 1.75 The goal is less than 0.2 mg 1. Concentrations of this magnitude are not present in natural waters but may be due to the corrosion of copper or brass piping 0.5 to 1.0 mg 1 in soft water stains laundry and plumbing fixtures blue-green. A concentration in excess of 0.2 to 0.3 mg 1 will cause an off' flavor in coffee and tea 5 mg 1 or less results in a bitter metallic taste 1 mg 1 may affect film and reacts with soap to produce a green color in water 0.25 to 1.0 mg 1 is toxic to fish. Corrosion of galvanized iron and steel fittings is reported to be enhanced by copper in public water supplies. Copper appears to be essential for all forms of life, but excessive amounts are toxic to fish. The estimated adult daily requirement is 2.0 mg, coming mostly from food. Copper deficiency is associated with anemia. Copper salts are commonly used to control algal growths in reservoirs and slime growths in water...

Exploitation Of Microbial Enzymes From Plant Surfaces

The potential of cutinase is being studied in the removal of fatty substances in laundry washes. This enzyme and other lipolytic forms occur commonly on plant surfaces and have been shown to be very effective at improving removal of triglyceride oil immobilized on test cloths (56). The authors conclude that the potential market for such applications is enormous.

Epidemic Control At The Individual Level

The spread of infectious diseases within a health care setting is called nosocomial transmission. Transmission of infectious diseases in clinical care settings is of grave concern because many hospitalized patients have compromised immune systems, due to medications they are receiving, advanced age, or immune system disorders. A large portion of nosocomial infections can be alleviated with frequent hand washing by health care providers and proper barrier protection. However, some factors influencing nosocomial spread can be alleviated through informed design of hospitals, including air and water filtration systems and proper waste disposal. For example, the shape of sinks in hospitals has been linked to transmission of Pseudomonas aeruginosa, a severe respiratory infection, often resistant to drugs, that preferentially infects hospitalized patients. One study found that faucets and taps were contaminated by the bacterium when water poured out from drinking glasses splashed upward.34...

Manganese Associated Problems

One approach that is probably worthy of consideration by the householder is the provision of filters in the water inlets of the household washing machine. Automatic machines in particular use valves which turn on and off with substantial vibration giving physical shock to the plumbing and releasing any pipe deposits into the machine. Black stains, which are difficult to remove, on otherwise clean laundry are not a popular item although such stains can be removed by the use of a solution of sodium dithionate, the associated sulfur dioxide can attack both fabrics and their dyes.

Institution Sanitation

Most institutions are communities unto themselves. They have certain basic characteristics in common that require careful planning, design, construction, operation, and maintenance. These include site selection, planning, and development for the proposed use, including subsoil investigation, accessibility, and proximity to sources of noise and air pollution a safe, adequate, and suitable water supply for fire protection as well as for institutional use sewers and a wastewater disposal system roads and a stormwater drainage system facilities for the storage, collection, and disposal of all solid wastes generated by the institution boilers and incinerators with equipment and devices to control air pollution food preparation and service facilities fire-resistant housing and facilities for the resident population laundry facilities and insect, rodent, and noxious weed control. In addition, depending on the particular institution, they might have recreational facilities, such as a swimming...


Surfactants (Fig. 23) represent one of the major and most versatile groups of organic compounds produced around the world 314 . Their main uses are industrial, 54 (cleaning products, food, and industrial processing), household, 29 (laundry, dishwashing, etc.) and personal care, 17 (soaps, shampoos, cosmetics). The worldwide production in 1988 315 was 2.8 million tons. Surfactants, natural 316,317 or synthetic, change the solubility and physico-chemical state of other environmental micro-constituents 318, 319 and influence their accumulation and spreading at phase boundaries 320 .

Water Reuse

Discussion of wastewater reuse should clearly distinguish between direct reuse and indirect reuse. In direct reuse, the additional wastewater treatment (such as storage, coagulation, flocculation, sedimentation, sand or anthracite filtration or granular activated-carbon filtration, and disinfection) is usually determined by the specific reuse. The wastewater is reclaimed for nonpotable purposes such as industrial process or cooling water, agricultural irrigation, groundwater recharge, desert reclamation, and fish farming lawn, road median, tree farm, and park irrigation landscape and golf-course watering and toilet flushing. The treated wastewater must not be used for drinking, culinary, bathing, or laundry purposes. The long-term health effects of using treated wastewater for potable purposes are not fully understood at this time, and fail-safe, cost-effective treatment technology for the removal of all possible contaminants is not currently available.132 In indirect reuse,...


A cistern is a watertight tank in which rainwater collected from roof runoff or other catchment area is stored. When the quantity of groundwater or surface water is inadequate or the quality objectionable and where an adequate municipal water supply is not available, a cistern supply may be acceptable as a limited source of water. On the one hand, because rainwater is soft, little soap is needed when used for laundry purposes. On the other hand, rain will wash air pollutants, dust, dirt, bird and animal droppings, leaves, paint, and other material on the roof or in roofing materials or catchment area into the cistern unless special provision is made to


Around HCFs leading to a better environment for healthcare workers, patients and their attendants. The training of HCF personnel needs to be done at different levels. This includes doctors, nurses, administrators, paramedical personnel, housekeeping staff, engineering, kitchen and laundry personnel, ayahs, ward boys, security staff, gardeners, rag pickers, sorters, reprocessors and all personnel in different depts. and areas in the hospitals which are involved in BMWM. A practical and ongoing training schedule for the staff should be evolved and conducted with several educational aids in different languages to be developed for training and reinforcement of the healthcare workers.

Aspartic Acid

It is expected that in the near future, the world' s first sugar-to-(thermal) polyaspartic acid (TPA) plant will be in commercial operation. The plant is being developed in Alberta by Nanochem and the sugars will be locally sourced from sugar beet. The renewable TPA has a market opportunity of 350 million per annum in the dish and laundry detergent industry alone. In the agricultural industry, TPA is known to increase crop yields and in North America the wholesale market is worth 2 billion per annum. Furthermore, the use of biodegradable TPA is mandatory under environmental legislation, for treating oilfield water in some European countries.

Mobile Home Parks

The Bureau of the Census identified 5.267 million mobile home units in the United States in 1987 as year-round housing occupied by over 13 million residents. There were 3.9 million homes in 1980 and 2.1 million in 1970. In 1987, 99 percent had complete plumbing, 46 percent were connected to a public sewer, 68 percent used public water, 81 percent had central heating, and 34 percent had central air conditioning. Annual sales dropped to 212,000 units in 1975 and increased to 300,000 units in 1977. Between 1980 and 1984, 1,129,000 units were added. Sales peaked in 1973 with 625,000 units. The typical mobile home is 14 feet wide and 65 feet long. Many are double units some are triple. In 1974, about one-third of the buyers were married couples under 35 years of age and one-third were retired and over 65. In 1987, about 86 percent of the mobile homes were owner occupied. Modern mobile home parks may have all utilities, swimming pool and other recreational facilities, laundry, community...


That detergents account for only 20-25 of the phosphate in lakes and rivers, while the bulk of the remainder comes from fertilizer and animal waste runoff from farms. Consequently, the phosphates in detergents are not the main cause of lake eutrophication. In accordance with the view that phosphates have a minor role in lake eutrophication, these compounds have been classified as ecologically acceptable for use in home laundry detergents in Europe. Currently 25 of the home laundry detergents sold in Europe contain phosphates. are the major laundry surfactants used in the United States (Table 7-2). The nonionic surfactants, alcohol ethoxylates RO(CH2CH2)BCH2CH2OH , and alkylphenol ethoxylates see later reaction (7-11) , which have alcohol groups as the polar entity, are also produced in large amounts (Table 7-2). Smaller amounts of cationic surfactants CH3(CH2)BCH2N(CH3)3Cl_ are also manufactured. These are not as efficient as the anionic and nonionic cleaning agents but are used as...

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