AU2022283673A1 - Adaolisa universal disinfectant, antiseptic and sanitizer for germs and viruses - Google Patents
Adaolisa universal disinfectant, antiseptic and sanitizer for germs and viruses Download PDFInfo
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is an invention formulation of different
compounds comprising (a) 2 wt-%(weight percent) to about 9000wt - %(weight percent) of Sodium
Hypochlorite (b) 2 wt-%(weight percent) to about 6000wt - %(weight percent) by weight of Benzalkonium
Chloride(c) lwt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 2wt-%(weight
percent) to about 3500wt - %(weight percent) of Glycerin (e) 2wt-%(weight percent) to about 600wt
%(weight percent) of Water(f) 2wt- %( weight percent) to about 2500wt - %( weight percent) of Aqueous
Hydrogen Peroxide. For killing; eliminating viruses and germs in the environment as a link in the chain of
infections require disinfection before or after human contamination; elimination of potential reservoirs or
prevention of transmission from environmental reservoir to the non-patient or patient. Pathogens spread
from an animate or inanimate reservoir to the non-patient or patient by one or more of several different
routes such as airborne; common vehicle; contact; or arthropod-borne vectors.
Description
Title: ADAOLISA UNIVERSAL DISINFECTANT; ANTISEPTIC AND HAND SANITIZER FOR GERMS AND VIRUSES
FIELD OF THE INVENTION The present invention is the field of mixtures of different compounds such as Sodium Hypochlorite, Benzalkonium Chloride, Aqueous Hydrogen Peroxide, Water, Glycerin, Acetic Acid with same broad application scope as the know concentrates ofAdaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer.
They are identical as to disinfectant, Antiseptic and Hand Sanitizer action at the same content of active substance, however, they can be more easily handled, and they are not flammable because they contain water. Known application fields of such disinfectant concentrates are liquid disinfectants having a disinfecting, Antiseptic and Hand Sanitizing. Effect for use, for example, in hospitals, medical and dental practice rooms, public buildings and facilities such as
Schools, hospitals, restaurants, sports grounds, baths, railway stations, barracks, canteens, airport facilities, in private house hold, in food and beverage industry, for example meat, fish, vegetable and fruit processing plants, breweries, sugar works.
[0001]BACKGROUND
[0002] Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is an invention formulation of different compounds comprising (a) 2 wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite(b) 2 wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c)lwt-% (weight percent) to about 4000wt - %(weight percent) ofAcetic Acid(d)2wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin(e) 2 wt-%(weight percent) to about 500wt -
% (weight percent) of Water.(f)2 wt-%(weight percent) to about 2500wt - %(weight percent) of Aqueous Hydrogen Peroxide.
[0003] the present invention is compositions for disinfecting, Antiseptic and Hand Sanitizer. In some embodiments, combination provides heightened antimicrobial activity according to the application of use. Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is antimicrobial agents and compositions are used, for example, as disinfectants, Antiseptic and Hand Sanitizer in association with hard surface cleaning, hospital, hospitality and medical uses.
[0004] Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is antimicrobial agents are tuberculostatic, bactericidal, fungicidal and viricidal. Spray devices create a spray pattern of the composition that contacts the target hard surface. The majority of the Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer constituent comes to reside on the target surface,
[0005] While a small particle is like an airborne mist or finely divided aerosol of the Disinfecting, Antiseptic and Hand Sanitizing composition that can remain suspended or dispersed in the atmosphere surrounding the dispersal site for a period of time. Such as between about 5 seconds to about 10 minutes. The purpose of this invention is for application, successful microbial reduction is achieved when the microbial populations
[0006] are reduced by at least about 50%. Larger reductions in microbial population provide greater levels of protection. Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is also for health care surfaces such as a device, a cart, a cage, furniture, a structure, a building, medical or dental instruments, medical or dental devices, electronic apparatus employed for monitoring patient health and of floor, walls, fixtures of structures
[0007] in which health care occurs. Health care surfaces are found in hospital, surgical, infirmity, birthing, mortuary and clinical diagnosis rooms. This surfaces can be classified as hard surfaces such as walls, floors, bed - pans or fabric surfaces for example knit, woven and non-woven surfaces such as surgical garments, draperies, bed linens, bandages or patient-care equipment such as respirators, diagnostic equipment, shunts, body scopes, wheel
[0008] Chairs, beds, surgical and diagnostic equipment. Medical or dental instruments or devices that can benefit from Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer are diagnostic instruments,trays,pans,holders,racks,forceps,scissors,shears,saw for example bone saws and their blades, knives, chisels, files, nippers, drill, drill bit, spreaders, breakers, elevators, clamps, needle, holders, carriers, clips, hooks, gouges, retractors, straightener, punches, extractors, scoops, keratomes, spatulas, expressors, trocars, dilator, cages, glassware, tubing, catheters, cannulas, plugs, stents, scopes for examples endoscopes, stethoscopes and arthroscopes.
Table 1 for formula 1
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 2 to 9000
2 Benzalkonium Chloride 2 to 6000
3 Acetic Acid 1 to 4000
4 Glycerin 2 to 3500
Water 2 to 600
6 Aqueous Hydrogen Peroxide 2 to 2500
Table 2 for formula 2
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 40 to 9000
2 Benzalkonium Chloride 15 to 6000
3 Acetic Acid 13 to 4000
4 Glycerin 18 to 3500
Water 12 to 600
6 Aqueous Hydrogen Peroxide 17 to 2500
Table 3 for formula 3
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 50 to 9000
2 Benzalkonium Chloride 40 to 6000
3 Acetic Acid 22 to 4000
4 Glycerin 24 to 3500
Water 18 to 600
6 Aqueous Hydrogen Peroxide 25 to 2500
Table 4 for formula 4
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 60 to 9000
2 Benzalkonium Chloride 50 to 6000
3 Acetic Acid 27 to 4000
4 Glycerin 30 to 3500
Water 24 to 600
6 Aqueous Hydrogen Peroxide 31 to 2500
Table 5 for formula 5
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 70 to 9000
2 Benzalkonium Chloride 60 to 6000
3 Acetic Acid 33 to 4000
4 Glycerin 36 to 3500
Water 30 to 600
6 Aqueous Hydrogen Peroxide 37 to 2500
Table 6 for formula 6
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 80 to 9000
2 Benzalkonium Chloride 60 to 6000
3 Acetic Acid 40 to 4000
4 Glycerin 42 to 3500
Water 36 to 600
6 Aqueous Hydrogen Peroxide 43 to 2500
Table 7 for formula 7
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 90 to 9000
2 Benzalkonium Chloride 70 to 6000
3 Acetic Acid 46 to 4000
4 Glycerin 48 to 3500
Water 42 to 600
6 Aqueous Hydrogen Peroxide 47 to 2500
Table 8 for formula 8
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 100 to 9000
2 Benzalkonium Chloride 80 to 6000
3 Acetic Acid 52 to 4000
4 Glycerin 54 to 3500
Water 48 to 600
6 Aqueous Hydrogen Peroxide 53 to 2500
Table 9 for formula 9
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 110 to 9000
2 Benzalkonium Chloride 90 to 6000
3 Acetic Acid 58 to 4000
4 Glycerin 60 to 3500
Water 54 to 600
6 Aqueous Hydrogen Peroxide 59 to 2500
Table 10 for formula 10
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 120 to 9000
2 Benzalkonium Chloride 100 to 6000
3 Acetic Acid 64 to 4000
4 Glycerin 66 to 3500
Water 60 to 600
6 Aqueous Hydrogen Peroxide 65 to 2500
Table 11 for formula 11
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 130 to 9000
2 Benzalkonium Chloride 110 to 6000
3 Acetic Acid 70 to 4000
4 Glycerin 78 to 3500
Water 66 to 600
6 Aqueous Hydrogen Peroxide 81 to 2500
Table 12 for formula 12
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 140 to 9000
2 Benzalkonium Chloride 120 to 6000
3 Acetic Acid 80 to 4000
4 Glycerin 90 to 3500
Water 72 to 600
6 Aqueous Hydrogen Peroxide 87 to 2500
Table 13 for formula 13
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 150 to 9000
2 Benzalkonium Chloride 130 to 6000
3 Acetic Acid 87 to 4000
4 Glycerin 96 to 3500
Water 78 to 600
6 Aqueous Hydrogen Peroxide 93 to 2500
Table 14 for formula 14
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 160 to 9000
2 Benzalkonium Chloride 140 to 6000
3 Acetic Acid 93 to 4000
4 Glycerin 102 to 3500
Water 84 to 600
6 Aqueous Hydrogen Peroxide 100 to 2500
Table 15 for formula 15
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 170 to 9000
2 Benzalkonium Chloride 150 to 6000
3 Acetic Acid 100 to 4000
4 Glycerin 110 to 3500
Water 90 to 600
6 Aqueous Hydrogen Peroxide 115 to 2500
Table 16 for formula 16
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 180 to 9000
2 Benzalkonium Chloride 160 to 6000
3 Acetic Acid 110 to 4000
4 Glycerin 120 to 3500
Water 96 to 600
6 Aqueous Hydrogen Peroxide 121 to 2500
Table 17 for formula 17
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 200 to 9000
2 Benzalkonium Chloride 180 to 6000
3 Acetic Acid 120 to 4000
4 Glycerin 130 to 3500
Water 115 to 600
6 Aqueous Hydrogen Peroxide 135 to 2500
Table 18 for formula 18
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 250 to 9000
2 Benzalkonium Chloride 220 to 6000
3 Acetic Acid 230 to 4000
4 Glycerin 160 to 3500
Water 120 to 600
6 Aqueous Hydrogen Peroxide 165 to 2500
Table 19 for formula 19
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 300 to 9000
2 Benzalkonium Chloride 260 to 6000
3 Acetic Acid 240 to 4000
4 Glycerin 202 to 3500
Water 207 to 600
6 Aqueous Hydrogen Peroxide 203 to 2500
Table 20 for formula 20
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 350 to 9000
2 Benzalkonium Chloride 300 to 6000
3 Acetic Acid 280 to 4000
4 Glycerin 215 to 3500
Water 208 to 600
6 Aqueous Hydrogen Peroxide 210 to 2500
Table 21 for formula 21
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 400 to 9000
2 Benzalkonium Chloride 350 to 6000
3 Acetic Acid 300 to 4000
4 Glycerin 250 to 3500
Water 215 to 600
6 Aqueous Hydrogen Peroxide 240 to 2500
Table 22 for formula 22
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 450 to 9000
2 Benzalkonium Chloride 400 to 6000
3 Acetic Acid 350 to 4000
4 Glycerin 300 to 3500
Water 230 to 600
6 Aqueous Hydrogen Peroxide 260 to 2500
Table 23 for formula 23
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 500 to 9000
2 Benzalkonium Chloride 450 to 6000
3 Acetic Acid 400 to 4000
4 Glycerin 350 to 3500
Water 260 to 600
6 Aqueous Hydrogen Peroxide 300 to 2500
Table 24 for formula 24
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 550 to 9000
2 Benzalkonium Chloride 500 to 6000
3 Acetic Acid 450 to 4000
4 Glycerin 400 to 3500
Water 300 to 600
6 Aqueous Hydrogen Peroxide 350 to 2500
Table 25 for formula 25
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 600 to 9000
2 Benzalkonium Chloride 550 to 6000
3 Acetic Acid 500 to 4000
4 Glycerin 450 to 3500
Water 315 to 600
6 Aqueous Hydrogen Peroxide 400 to 2500
Table 26 for formula26
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 650 to 9000
2 Benzalkonium Chloride 600 to 6000
3 Acetic Acid 550 to 4000
4 Glycerin 500 to 3500
Water 320 to 600
6 Aqueous Hydrogen Peroxide 450 to 2500
Table 27 for formula 27
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 700 to 9000
2 Benzalkonium Chloride 650 to 6000
3 Acetic Acid 600 to 4000
4 Glycerin 550 to 3500
Water 350 to 600
6 Aqueous Hydrogen Peroxide 500 to 2500
Table 28 for formula 28
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 750 to 9000
2 Benzalkonium Chloride 700 to 6000
3 Acetic Acid 650 to 4000
4 Glycerin 600 to 3500
Water 355 to 600
6 Aqueous Hydrogen Peroxide 550 to 2500
Table 29 for formula 29
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 800 to 9000
2 Benzalkonium Chloride 750 to 6000
3 Acetic Acid 700 to 4000
4 Glycerin 650 to 3500
Water 360 to 600
6 Aqueous Hydrogen Peroxide 600 to 2500
Table 30 for formula 30
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 850 to 9000
2 Benzalkonium Chloride 800 to 6000
3 Acetic Acid 750 to 4000
4 Glycerin 700 to 3500
Water 365 to 600
6 Aqueous Hydrogen Peroxide 650 to 2500
Table 31 for formula 31
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 900 to 9000
2 Benzalkonium Chloride 850 to 6000
3 Acetic Acid 800 to 4000
4 Glycerin 750 to 3500
Water 370 to 600
6 Aqueous Hydrogen Peroxide 700 to 2500
Table 32 for formula 32
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 950 to 9000
2 Benzalkonium Chloride 900 to 6000
3 Acetic Acid 850 to 4000
4 Glycerin 800 to 3500
Water 380 to 600
6 Aqueous Hydrogen Peroxide 750 to 2500
Table 33 for formula 33
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 1000 to 9000
2 Benzalkonium Chloride 950 to 6000
3 Acetic Acid 900 to 4000
4 Glycerin 850 to 3500
Water 400 to 600
6 Aqueous Hydrogen Peroxide 800 to 2500
Table 34 for formula 34
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 1200 to 9000
2 Benzalkonium Chloride 1000 to 6000
3 Acetic Acid 950 to 4000
4 Glycerin 900 to 3500
Water 410 to 600
6 Aqueous Hydrogen Peroxide 850 to 2500
Table 35 for formula 35
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 1500 to 9000
2 Benzalkonium Chloride 1200 to 6000
3 Acetic Acid 1000 to 4000
4 Glycerin 950 to 3500
Water 415 to 600
6 Aqueous Hydrogen Peroxide 900 to 2500
Table 36 for formula 36
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 1700 to 9000
2 Benzalkonium Chloride 1500 to 6000
3 Acetic Acid 1200 to 4000
4 Glycerin 1000 to 3500
Water 420 to 600
6 Aqueous Hydrogen Peroxide 950 to 2500
Table 37 for formula 37
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 2000 to 9000
2 Benzalkonium Chloride 1700 to 6000
3 Acetic Acid 1500 to 4000
4 Glycerin 1200 to 3500
Water 450 to 600
6 Aqueous Hydrogen Peroxide 1100 to 2500
Table 38 for formula 38
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 2200 to 9000
2 Benzalkonium Chloride 2000 to 6000
3 Acetic Acid 1700 to 4000
4 Glycerin 1500 to 3500
Water 470 to 600
6 Aqueous Hydrogen Peroxide 1300 to 2500
Table 39 for formula 39
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 2500 to 9000
2 Benzalkonium Chloride 2200 to 6000
3 Acetic Acid 2300 to 4000
4 Glycerin 2000 to 3500
Water 475 to 600
6 Aqueous Hydrogen Peroxide 1500 to 2500
Table 40 for formula 40
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 2700 to 9000
2 Benzalkonium Chloride 2510 to 6000
3 Acetic Acid 2500 to 4000
4 Glycerin 2600 to 3500
Water 480 to 600
6 Aqueous Hydrogen Peroxide 1700 to 2500
Table 41 for formula 41
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 3500 to 9000
2 Benzalkonium Chloride 3200 to 6000
3 Acetic Acid 2700 to 4000
4 Glycerin 3000 to 3500
Water 485 to 600
6 Aqueous Hydrogen Peroxide 2200 to 2500
Table 42 for formula 42
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 4000 to 9000
2 Benzalkonium Chloride 3500 to 6000
3 Acetic Acid 3300 to 4000
4 Glycerin 3200 to 3500
Water 490 to 600
6 Aqueous Hydrogen Peroxide 2400 to 2500
Table 43 for formula 43
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 4500 to 9000
2 Benzalkonium Chloride 3600 to 6000
3 Acetic Acid 3357 to 4000
4 Glycerin 3250 to 3500
Water 500 to 600
6 Aqueous Hydrogen Peroxide 2410 to 2500
Table 44 for formula 44
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 4600 to 9000
2 Benzalkonium Chloride 3700 to 6000
3 Acetic Acid 3365 to 4000
4 Glycerin 3255 to 3500
Water 510 to 600
6 Aqueous Hydrogen Peroxide 2415 to 2500
Table 45 for formula 45
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 4700 to 9000
2 Benzalkonium Chloride 3800 to 6000
3 Acetic Acid 3370 to 4000
4 Glycerin 3260 to 3500
Water 515 to 600
6 Aqueous Hydrogen Peroxide 2420 to 2500
Table 46 for formula 46
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 5000 to 9000
2 Benzalkonium Chloride 4000 to 6000
3 Acetic Acid 3380 to 4000
4 Glycerin 3300 to 3500
Water 520 to 600
6 Aqueous Hydrogen Peroxide 2450 to 2500
Table 47 for formula 47
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 5500 to 9000
2 Benzalkonium Chloride 4500 to 6000
3 Acetic Acid 3407 to 4000
4 Glycerin 3350 to 3500
Water 550 to 600
6 Aqueous Hydrogen Peroxide 2455 to 2500
Table 48 for formula 48
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 6000 to 9000
2 Benzalkonium Chloride 5000 to 6000
3 Acetic Acid 3420 to 4000
4 Glycerin 3353 to 3500
Water 556 to 600
6 Aqueous Hydrogen Peroxide 2455 to 2500
Table 49 for formula 49
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 6500 to 9000
2 Benzalkonium Chloride 5500 to 6000
3 Acetic Acid 3450 to 4000
4 Glycerin 3400 to 3500
Water 558 to 600
6 Aqueous Hydrogen Peroxide 2460 to 2500
Table 50 for formula 50
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 7000 to 9000
2 Benzalkonium Chloride 5550 to 6000
3 Acetic Acid 3500 to 4000
4 Glycerin 3420 to 3500
Water 560 to 600
6 Aqueous Hydrogen Peroxide 2462 to 2500
Table 51 for formula 51
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 7500 to 9000
2 Benzalkonium Chloride 5555 to 6000
3 Acetic Acid 3550 to 4000
4 Glycerin 3457 to 3500
Water 562 to 600
6 Aqueous Hydrogen Peroxide 2465 to 2500
Table 52 for formula 52
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 8000 to 9000
2 Benzalkonium Chloride 5563 to 6000
3 Acetic Acid 3560 to 4000
4 Glycerin 3467 to 3500
Water 570 to 600
6 Aqueous Hydrogen Peroxide 2475 to 2500
Table 53 for formula 53
Numbers List of Ingredients % Weight
1 Sodium Hypochlorite 9000 to 9000
2 Benzalkonium Chloride 6000 to 6000
3 Acetic Acid 4000 to 4000
4 Glycerin 3500 to 3500
Water 600 to 600
6 Aqueous Hydrogen Peroxide 2500 to 2500
Claims:
1. Table 2 for formula 2 is an invention formulation of different compounds comprising (a) 40 wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 15 wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride (c) 13wt-%(weight percent) to about 4000 wt - %(weight percent) ofAcetic Acid (d) 18wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 12 wt-%(weight percent) to about 600wt - %(weight percent) of Water.(f) 17wt-%(weight percent) to about 2500wt - %(weight percent) of Aqueous Hydrogen Peroxide.
2. Table 3 for formula 3 is an invention formulation of different compounds comprising (a) 50 wt-%(weight percent) to about 9000wt - %(weight percent) of Sodium Hypochlorite (b) 40 wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 22 wt-%(weight percent) to about 4000wt - %(weight percent) of Acetic Acid (d) 24 wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 18 wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 25 wt-%( weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide.
3. Table 4 for formula 4 is an invention formulation of different compounds comprising (a) 60wt-%(weight percent) to about 9000wt - % (weight percent) of Sodium Hypochlorite (b) 50wt-%(weight percent) to about 6000 wt - % (weight percent) by weight of Benzalkonium Chloride(c) 27wt-% (weight percent) to about 4000 wt - %(weight percent) of Acetic Acid (d) 30wt-% (weight percent) to about 3500 wt - %(weight percent) of Glycerin (e) 24 wt-% (weight percent) to about 600 wt - % (weight percent) of Water. (f) 31 wt-% (weight percent) to about 2500 wt - % (weight percent) of Aqueous Hydrogen Peroxide.
4. Table 5 for formula 5 is an invention formulation of different compounds comprising (a) 70wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 60wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 2wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 5 wt-%(weight percent) to about 3500 wt - %(weight percent) of Glycerin (e) 7wt-%(weight percent) to about 600 wt - %(weight percent) of Water. (f) 11 wt-% (weight percent) to about 2500 wt % (weight percent) ofAqueous Hydrogen Peroxide. 5. Table 6 for formula 6 is an invention formulation of different compounds comprising (a) 80wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 60wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 40wt-%(weight percent) to about 4000 wt %(weight percent) of Acetic Acid(d) 42wt-%(weight percent) to about 3500wt %(weight percent) of Glycerin (e) 36wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 43wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
6. Table 7 for formula 7 is an invention formulation of different compounds comprising (a) 90wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 70wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 46wt-%(weight percent) to about 4000 wt %(weight percent) of Acetic Acid(d) 48wt-%(weight percent) to about 3500wt %(weight percent) of Glycerin (e) 42wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 47wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
7. Table 8 for formula 8 is an invention formulation of different compounds comprising (a) 100wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 80wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 52wt-%(weight percent) to about 4000 wt %(weight percent) of Acetic Acid(d) 54wt-%(weight percent) to about 3500wt %(weight percent) of Glycerin (e) 48wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 53wt-% (weight percent) to about 2500wt - %(weight percent) of Aqueous Hydrogen Peroxide.
8. Table 9 for formula 9 is an invention formulation of different compounds comprising (a) 11Owt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium
Hypochlorite (b) 90wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 58wt-%(weight percent) to about 4000 wt %(weight percent) of Acetic Acid(d) 60wt-%(weight percent) to about 3500wt %(weight percent) of Glycerin (e) 54wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 59wt-%( weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide. 9. Table 10 for formula 10 is an invention formulation of different compounds comprising (a) 120wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 100wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 64wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 66wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 60wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 65wt-%( weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide. 10. Table 11 for formula 11 is an invention formulation of different compounds comprising (a) 130wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 11Owt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 70wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 78wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 66wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 81wt-%( weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide. 11. Table 12 for formula 12 is an invention formulation of different compounds comprising (a) 140wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 120wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 80wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 90wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 72wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 87wt-% (weight percent) to about 2500wt - (weight percent) of Aqueous Hydrogen Peroxide. %
12. Table 13 for formula 13 is an invention formulation of different compounds comprising (a) 150wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 130wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 87wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 96wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 78wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 93wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
13.
Table 14 for formula 14 is an invention formulation of different compounds comprising (a) 160wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 140wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 93wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 102wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 84wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 100wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 14. Table 15 for formula 15 is an invention formulation of different compounds comprising (a) 170wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 150wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 100wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 11Owt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 90wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 115wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 15. Table 16 for formula 16 is an invention formulation of different compounds comprising (a) 180wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 160wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 1Owt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 120wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 96wt-%(weight percent) to about 600wt %(weight percent) of Water. (f) 121wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 16. Table 17 for formula 17 is an invention formulation of different compounds comprising (a) 200wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 180wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 120wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 130wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 115wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 135wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide. 17. Table 18 for formula 18 is an invention formulation of different compounds comprising (a) 250wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 220wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 230wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 160wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 120wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 165wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
18. Table 19 for formula 19 is an invention formulation of different compounds comprising (a) 300wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 260wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 240wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 202wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 207wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 203wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 19. Table 20 for formula 20 is an invention formulation of different compounds comprising (a) 350wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 300wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 280wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 215wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 208wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 21Owt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 20. Table 21 for formula 21 is an invention formulation of different compounds comprising (a) 400wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 350wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 300wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 250wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 215wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 240wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 21. Table 22 for formula 22 is an invention formulation of different compounds comprising (a) 450wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 400wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 350wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 300wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 230wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 260wt-% (weight percent) to about 2500wt - % (weight percent) of Aqueous Hydrogen Peroxide. 22. Table 23 for formula 23 is an invention formulation of different compounds comprising (a) 500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 450wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 400wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 350wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 260wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 300wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
23. Table 24 for formula 24 is an invention formulation of different compounds comprising (a) 550wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 500wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 450wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 400wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 300wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 350wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
24. Table 25 for formula 25 is an invention formulation of different compounds comprising (a) 600wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 550wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 500wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 450wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 315wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 400wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
25. Table 26 for formula 26 is an invention formulation of different compounds comprising (a) 650wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 600wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 550wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 500wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 320wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 450wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
26. Table 27 for formula 27 is an invention formulation of different compounds comprising (a) 700wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 650wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 600wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 550wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 350wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 500wt-% (weight percent) to about 2500wt - % (weight percent) of Aqueous Hydrogen Peroxide.
27. Table 28 for formula 28 is an invention formulation of different compounds comprising (a) 750wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 700wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 650wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 600wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 355wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 550wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
28. Table 29 for formula 29 is an invention formulation of different compounds comprising (a) 800wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 750wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 700wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 650wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 360wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 600wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
29. Table 30 for formula 30 is an invention formulation of different compounds comprising (a) 850wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 800wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 750wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 700wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 365wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 650wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
30. Table 31 for formula 31 is an invention formulation of different compounds comprising (a) 900wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 850wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 800wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 750wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 370wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 700wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
31. Table 32 for formula 32 is an invention formulation of different compounds comprising (a) 950wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 900wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 850wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 800wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 380wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 750wt-% (weight percent) to about 2500wt - % (weight percent) of Aqueous Hydrogen Peroxide.
32. Table 33 for formula 33 is an invention formulation of different compounds comprising (a) 1000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 950wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 900wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 850wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 400wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 800wt-%(weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide.
33. Table 34 for formula 34 is an invention formulation of different compounds comprising (a) 1200wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 1000wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 950wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 900wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 410wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 850wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
34. Table 35 for formula 35 is an invention formulation of different compounds comprising (a) 1500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 1200wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 1000wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 950wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 415wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 900wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
35. Table 36 for formula 36 is an invention formulation of different compounds comprising (a) 1700wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 1500wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 1200wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 1000wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 420wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 950wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
36. Table 37 for formula 37 is an invention formulation of different compounds comprising (a) 2000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 1700wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 1500wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 1200wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 450wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 1100wt-% (weight percent) to about 2500wt %(weight percent) of Aqueous Hydrogen Peroxide.
37. Table 38 for formula 38 is an invention formulation of different compounds comprising (a) 2200wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 2000wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 1700wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 1500wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 470wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 1300wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
38. Table 39 for formula 39 is an invention formulation of different compounds comprising (a) 2500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 2200wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 2300wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 2000wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 475wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 1500wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 39. Table 40 for formula 40 is an invention formulation of different compounds comprising (a) 2700wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 251Owt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 2500wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 2600wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 480wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 1700wt-% (weight percent) to about 2500wt %(weight percent) of Aqueous Hydrogen Peroxide. 40. Table 41 for formula 41 is an invention formulation of different compounds comprising (a) 3500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 3200wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 2700wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3000wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 485wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2200wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide. 41. Table 42 for formula 42 is an invention formulation of different compounds comprising (a) 4000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 3500wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3300wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 32000wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 490wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2400wt-% (weight percent) to about 2500wt - % (weight percent) of Aqueous Hydrogen Peroxide. 42. Table 43 for formula 43 is an invention formulation of different compounds comprising (a) 4500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 3600wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3357wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3250wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 500wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2410wt-%(weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide.
43. Table 44 for formula 44 is an invention formulation of different compounds comprising (a) 4600wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 3700wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3365wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3255wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 51Owt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2415wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
44. Table 45 for formula 45 is an invention formulation of different compounds comprising (a) 4700wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 3800wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3370wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3260wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 515wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2420wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
45. Table 46 for formula 46 is an invention formulation of different compounds comprising (a) 5000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 4000wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3380wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3300wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 520wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2450wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
46. Table 47 for formula 47 is an invention formulation of different compounds comprising (a) 5500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 4500wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3407wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3350wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 550wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2455wt-% (weight percent) to about 2500wt - % (weight percent) of Aqueous Hydrogen Peroxide.
47. Table 48 for formula 48 is an invention formulation of different compounds comprising (a) 6000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 5000wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3420wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3353wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 556wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2455wt-% (weight percent) to about 2500wt %(weight percent) of Aqueous Hydrogen Peroxide.
48. Table 49 for formula 49 is an invention formulation of different compounds comprising (a) 6500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 5500wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3450wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3400wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 558wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2455wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
49. Table 50 for formula 50 is an invention formulation of different compounds comprising (a) 7000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 5550wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3500wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3420wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 560wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2462wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
50. Table 51 for formula 51 is an invention formulation of different compounds comprising (a) 7500wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 5555wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3550wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3457wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 562wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2465wt-% (weight percent) to about 2500wt -
% (weight percent) of Aqueous Hydrogen Peroxide.
51. Table 52 for formula 52 is an invention formulation of different compounds comprising (a) 8000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 5563wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 3560wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3467wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 570wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2475wt-% (weight percent) to about 2500wt - % (weight percent) of Aqueous Hydrogen Peroxide.
52. Table 53 for formula 53 is an invention formulation of different compounds comprising (a) 9000wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 6000wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) 4000wt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 3500wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 600wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2500wt-% (weight percent) to about 2500wt - %
(weight percent) of Aqueous Hydrogen Peroxide.
53. Table 1 for formula 1 is an invention formulation of different compounds comprising (a) 2wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 2wt-%(weight percent) to about 6000 wt - %(weight percent) by weight of Benzalkonium Chloride(c) lwt-%(weight percent) to about 4000 wt %(weight percent) of Acetic Acid(d) 2wt-%(weight percent) to about 3500wt %(weight percent) of Glycerin (e) 2wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2wt-%(weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide. Claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13,14, 15, 16, 17, 18, 19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53 are compounds which lowers the surface tension of the medium in which it is dissolved, and/or the interfacial tension with other phases, and, accordingly, is positively adsorbed at the liquid/vapour and/or at other interfaces.
Abstract: Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is an invention formulation of different compounds comprising (a) 2 wt-%(weight percent) to about 9000wt %(weight percent) of Sodium Hypochlorite (b) 2 wt-%(weight percent) to about 6000wt %(weight percent) by weight of Benzalkonium Chloride(c) lwt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 2wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 2wt-%(weight percent) to about 600wt - %(weight percent) of Water(f) 2wt %( weight percent) to about 2500wt - %( weight percent) of Aqueous Hydrogen Peroxide. For killing; eliminating viruses and germs in the environment as a link in the chain of infections require disinfection before or after human contamination; elimination of potential reservoirs or prevention of transmission from environmental reservoir to the non-patient or patient. Pathogens spread from an animate or inanimate reservoir to the non-patient or patient by one or more of several different routes such as airborne; common vehicle; contact; or arthropod-borne vectors.
Executive Summary: Adaolisa Universal Disinfectant, Antiseptic and Hand Sanitizer is an invention formulation of different compounds comprising (a) 2wt-%(weight percent) to about 9000 wt - %(weight percent) of Sodium Hypochlorite (b) 2wt-%(weight percent) to about 6000 wt %(weight percent) by weight of Benzalkonium Chloride(c) lwt-%(weight percent) to about 4000 wt - %(weight percent) of Acetic Acid(d) 2wt-%(weight percent) to about 3500wt - %(weight percent) of Glycerin (e) 2wt-%(weight percent) to about 600wt - %(weight percent) of Water. (f) 2wt-% (weight percent) to about 2500wt - %(weight percent) of Aqueous Hydrogen Peroxide are environmental hard surfaces disinfection, antiseptic and sanitization of human skin and public places such as family, school, hotel, hospital, public buses, train, age care facility, train station, bus station, shopping mall, office, and stadium. Sodium Hypochlorite can be defined as an inorganic ionic compound consisting of sodium and hypochlorite ions. Benzalkonium Chloride can be defined as a type of cationic surfactant. The key difference between Sodium Hypochlorite and Benzalkonium Chloride is that Sodium Hypochlorite is bleach, whereas Benzalkonium Chloride is a non- bleach cleaning product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| AU2022283673A AU2022283673A1 (en) | 2020-07-12 | 2022-12-06 | Adaolisa universal disinfectant, antiseptic and sanitizer for germs and viruses |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| AU2020204642 | 2020-07-12 | ||
| AU2020204642A AU2020204642A1 (en) | 2020-07-12 | 2020-07-12 | Adaolisa universal disinfectant;antiseptic and hand sanitizer for germs and viruses. |
| AU2022283673A AU2022283673A1 (en) | 2020-07-12 | 2022-12-06 | Adaolisa universal disinfectant, antiseptic and sanitizer for germs and viruses |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| AU2020204642A Division AU2020204642A1 (en) | 2020-07-12 | 2020-07-12 | Adaolisa universal disinfectant;antiseptic and hand sanitizer for germs and viruses. |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| AU2022283673A1 true AU2022283673A1 (en) | 2023-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| AU2020204642A Abandoned AU2020204642A1 (en) | 2020-07-12 | 2020-07-12 | Adaolisa universal disinfectant;antiseptic and hand sanitizer for germs and viruses. |
| AU2022283673A Pending AU2022283673A1 (en) | 2020-07-12 | 2022-12-06 | Adaolisa universal disinfectant, antiseptic and sanitizer for germs and viruses |
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| Application Number | Title | Priority Date | Filing Date |
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| AU2020204642A Abandoned AU2020204642A1 (en) | 2020-07-12 | 2020-07-12 | Adaolisa universal disinfectant;antiseptic and hand sanitizer for germs and viruses. |
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| AU (2) | AU2020204642A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106822245A (en) * | 2016-12-23 | 2017-06-13 | 青岛巨能管道设备有限公司 | A kind of livestock and poultry thimerosal |
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2020
- 2020-07-12 AU AU2020204642A patent/AU2020204642A1/en not_active Abandoned
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| AU2020204642A1 (en) | 2022-02-24 |
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