Detergent & Soap-12

House Hold : One of the most common uses of hydrogen peroxide is as a disinfectant. Spray it on surfaces like kitchen counter top and wipe with a clean rag. It can be used as a mouthwash too. You have to dilute the chemical with water and use it for rinsing the mouth. This mouthwash is also said to whiten teeth. Ensure that you do not swallow the liquid, while rinsing.
It can also be used to wash vegetables and fruits, in order to get rid of germs and pesticides. Add some hydrogen peroxide to a bowl full of water (you may also add a few pinches of salt). Soak the veggies and fruits for some time. Remove them and rinse with cold water, before use.This chemical is also used to purify water in swimming pools.
 

Agriculture : Farmers use it as an insecticide. They spray diluted form of this chemical, on plants, so that the pests and weeds get killed, without causing harm to the plants. Its also used for watering plants. Mix an ounce of this chemical with a quart of water and use it on plants. Apart from boosting the level of oxygen in the soil, this mixture is also said to prevent root rot. Some people soak seeds in it, after diluting it with water. It is said that this will fasten the process of germination. For this purpose have to mix 1.5 teaspoons of hydrogen peroxide in a cup of water.

Textile: It acts as a stain remover. Put 1 spoon tea in 1 bucket water  and let it sit for a while. After that, rinse the stains with water and soap.
As it has bleaching property, it is used as a bleach too.

IIndustrial :

Reduced Sulfur Compound Treatment for Refinery Wastewater

Sulfur compounds, such as hydrogen sulfide, thiosulfates and mercaptans, can present serious refinery wastewater problems. Hydrogen peroxide treatment is a cost effective way to treat these reduced sulfur species.

Supplemental Dissolved Oxygen to Reduce BOD and COD

Hydrogen peroxide has been used to reduce BOD and COD in refinery wastewater Supply of Supplemental Dissolved Oxygen (DO) when biological treatment systems experience temporary overloads or equipment failure.Predigestion of wastewater which contains moderate to high levels of compounds that are toxic, inhibitory or recalcitrant to biological treatment.As indicated by these examples, hydrogen peroxide can be used as a stand-alone treatment or as an enhancement to existing physical or biological treatment processes, depending on the situation.

Wastewater Pretreatment
Hydrogen peroxide is one of the most versatile, dependable and environmentally compatible oxidizing agents. The relative safety and simplicity of its use as an oxidizing agent has led to the development of a number of applications in refinery wastewater systems.

DIRECTIONS FOR USE:

The above directions are flexible rather than specific.  In many cases a more diluted solution can be used, while for extreme conditions a less diluted solution may be used.

CLEANS: FACTORIES, SCHOOLS, MACHINERY, FOOD PROCESSING EQUIPMENT, GARAGE FLOORS, HEAVY EQUIPMENT, RESTAURANT FLOORS, KITCHN

VERSATILE: Works great for hand operations, automatic scrubbers or pressure washers.  No harmful vapors or toxic solvents, Works well in hot, cold, hard or soft water. Non-flammable, Non-corrosive, Biodegradable

Directions for Use and Dose Rates

Soak Method:-
It may be used concentrated or diluted with water, depending on the degree of contamination, the surface area to be treated, the desired degree of cleaning and the available downtime.Actually, the user is the best one capable to regulate the quantity and concentration to be used for the situation at hand.In any case, when the accumulation is not heavy, a 50% solution with water must be used. Otherwise,RXSOL-22-2201. can be used undiluted especially when deposition is heavy and hard spots persist.

Cleaning Procedure

Conventional cleaning methods such as a brush,hard sponge, thick and hard broom and /or a mop can be used on heavy duty and hard stain deposits.Note that for heavy accumulations the cleaning procedure might be necessary to be repeated until the results are satisfactory. Furthermore, is important to keep in mind that 1 litre of RXSOL-22-2201 is sufficient to cover a surface area of 8–10 square meters.

NOTE ::: -- Let this product soak into the surface for 30-45 minutes. Then using a high-powered spray washer blast the surfaces until the stains and discoloration is gone.

Note:-
• Cleaning time will vary depending on the extract nature and thickness of deposit to be removal.
• Stubborn deposits should be scrubbed to assist the cleaning operation.

Your local Rx CLEANSERS representative will work with you to design the optimum concentration & procedure for your system.
RXSOL-22-2201 should be mixed with fresh water to form a solution of 10-30%, depending on the extent of scaling. After using RXSOL-22-2201 it is essential to thoroughly rinse all metal surfaces at least once with a 0.5% solution of Alkalinity Control in fresh water. This solution should be circulated for 2-4 hours or until an acceptable pH value is obtained. This will neutralize any remaining acidity & passivate steel surfaces.

Dilute concentrated cleaner with warm water using 1 part Heavy Duty Alkaline Cleaner and 1 part water. 

Apply mixed solution with a mop, sponge or sprayer. Avoid applying cleaner on unintended surfaces.

Lightly rub with a scrub brush or floor machine as needed. Allow cleaner for emulsification 1 to15 minutes for best results— do not allow to dry on the surface.

Remove solution using a sponge, wet/dry vacuum or damp mop.

Rinse the area well with clean water. 

TYPICAL METHOD::: Dilute to proper ratio for the desired task, apply to surface and allow adequate contact time, wipe or rinse away. 
Can be Use dilution of 1:100: 11.0 - 11.5 (1:100). 

GENERALLY ::: In an aqueous solution, at a concentration from 10 ml to 200 ml per liter of water, depending on the degree of contamination. 

For Boiler Cleaning :::

5 Ltr is sufficient for 1000 LTRS OF WATER.

The boiler should be warmed through by a slow fire, keeping the manhole closed, immediately after adding the chemical and pressure allowed to rise slowly. It should be raised sufficiently to
give a strong blow of steam at the air cocks. It should be allowed to cool and later blown down for about 15 seconds on each blow-down valve and refilled to about 5 cm level in the gauge glass. On the following day, carry out the same process except that the pressure is raised to approx 25 percent of the normal working pressure. On the third day, carry out the same process and then drain the boiler as detailed below –
When the pressure falls to 0.04 MN/m2 (0.4 kgf/cm2), the unit is blown down completely until it is empty, refilled to flood the drum and superheater and blown down again. It should then be carefully inspected. If any trace of oil or grease is observed, the process of boiling-out should be repeated. If the boiler is found free from grease or oil or sediment, it should be closed and filled with feed water as specified by the manufacturer.

Clear colourless, odorless, syrupy liquid. Combustible and has low toxicity. Extracted from pickel steel, or waste sulfuric acid oxide of titanium. Mainly used for corrosion control of the seawater side of a condenser or for water and sewage treatment.

Glycerol was historically used as an anti-freeze for automotive applications before being replaced by ethylene glycol, which has a lower freezing point. While the minimum freezing point of a glycerol-water mixture is higher than an ethylene glycol-water mixture, glycerol is not toxic and is being re-examined for use in automotive applications