Model SG-C1 Cover Page - Promedusa Pte Ltd€¦ · · 2017-07-02The ProMedUSA Model SG-C1 Mobile...

Model SG-C1

Mobile Disinfection Cart

ProMedUSA v2.1Hazmat

ProMedUSA Model SG-C1 Mobile Disinfection Cart

HAZMAT Decontamination with Ozonated Water

The ProMedUSA Model SG-C1 Mobile Disinfection Cart provides ozone enriched water for HAZMAT Response and general surface disinfection. It’s manufactured in the USA for ProMedUSA by ClearWater Tech Ozone in California. The C1 Cart is completely self-contained, easily portable, and requires just a water source and normal 13A power point for operation. Ozonated Water is far more effective than traditional chemicals at destroying chemical and biological agents, and is completely GREEN – there is ZERO discharge of any chemical or substance into Singapore’s ecosystem or water supply. Ozonated Water reverts back into plain tap water in about 30 minutes. The C1 Cart eliminates the need for storage and transportation of chemicals, there is no “expiration date” or “shelf life” issue. The C1 Cart is a compact 3 in 1 Mobile Decontamination System that is capable of generating a powerful stream of highly concentrated Ozonated Water from plain tap water instantly on demand, for washing down infected areas and HAZMAT team members, highly concentrated Ozone Gas for disinfection and sterilization when Ozonated Water is not appropriate, and Oxygen Gas when needed. All of these functions are built-in and available to the HAZMAT team by simply turning a switch.

The C1 Cart can instantly on demand deliver a powerful stream of Ozonated Water; 18 LPM with a dissolved ozone concentration of 14 PPM, 38 LPM with a dissolved ozone concentration of 8 PPM up to 150 LPM with a dissolved ozone concentration of 2 PPM. Note that for most biological agents, less than 4 PPM is required for a 99.999% kill rate. The FDA and various international testing laboratories have certified that 4 PPM or less is all the dissolved ozone you need for a 5 log kill (99.999%) of all dangerous food pathogens, germs, viruses and bacteria, mold and mildew including SARIN, Smallpox, Anthrax, E.Coli, Salmonella, Listeria, Hepatitis, Staph, MRSA, Hand Foot and Mouth, SARS, MERS, etc. The SG-C1 is built with reliable state-of-the-art on-board technology, and powerful top-of-the-line components. Use it to wash down HAZMAT response areas and personnel, floors, walls, equipment, food chillers, stainless steel storage tanks, or rinse barrels and tanks with the push of a button and be assured that you receive the highly concentrated ozonated water you need to get the job done and kill germs, bacteria, mold and mildew. Easy to maneuver and simple to use, the C1 cart replaces traditional hot water and harsh chemicals with safe disinfection on contact using safe, pure and GREEN Ozonated Water. In addition to HAZMAT and Civil Defence applications, The SG-C1 Mobile Disinfection Cart is essential when you require ozone disinfection in multiple locations within a facility, different buildings, larger facilities, or when you simply want the convenience of mobility. It saves time and cost by simply converting normal tap water into a powerful stream of ozonated water containing up to 8-16ppm of dissolved ozone. The SG-C1 Cart comes standard with a separately controlled ozone gassing feature. This supply of ozone gas offers you greater disinfection options and is used in the wine and brewing industry to gas and preserve stored barrels instead of using sulphur dioxide. Other uses include using the ozone gas to help disinfect HAZMAT tents, sealed containers or tanks, storage rooms, hospital rooms and operating theatres and as a part of your environmental disinfection protocol. In addition, the C1 Cart also comes standard with a separately controlled oxygen gas feature useful in micro-oxy applications.

FEATURES

• Easy to use button controls/full system monitoring indicators • Microprocessor controlled ozone system with built-in soft start and self

diagnostics • Rotary vane booster pump-boosts low pressure water supplies for better

coverage • Ozone gas production up to 18 grams per hour of Ozone • Ozonated Water up to 16 ppm depending upon flow (8.0 ppm at 38 LPM) • Separately controlled ozone oxygen gas outlet • Built-in oxygen concentrator delivering 93% oxygen at 15 SCFH • Welded stainless steel tubing frame and water safe stainless exterior • Built-in tool basket • Designed for easy service access and maintenance • Critical parts are fully-contained for water safe operation • Designed with low centre of gravity, well-balanced, and a small footprint

TYPICAL APPLICATIONS

• Civil Defence, HAZMAT, Chemical & Biological Decontamination • Wineries, breweries, hard cider and beverage bottling facilities • Surface sanitation of floors & walls, food chillers • Disinfect shipping containers • Meat, Poultry, Dairy, & general Food Processing, Commercial Kitchens • Seafood Processing and Fishing vessels • Hospitals and Clinics • Bin Centres and Grease Trap Rooms • Commercial Buildings – interior and exterior cleaning • Shopping Malls, Shopping Centres and Public Plaza’s

THE PROMEDUSA SG-C1 MOBILE DISINFECTION CART

OZONATED WATER: UP TO 16 PPM OZONE GAS: UP TO 18 G/Hr

C-SERIES MOBILE DISINFECTION CARTFood and beverage professionals understand the benefits of ozone as a disinfection tool and a safe organic solution that can replace traditional or harsh chemicals. The trick has been, finding the perfect product that’s powerful, effective, well designed and reliable, yet affordable. The ClearWater C-Series mobile disinfection cart is the perfect one-stop solution.

Designed specifically for clean-in-place and surface sanitation, the C-Series mobile disinfection cart uses ozone-enriched cold water supplied at the rate and concentration you desire. Wash down floors, walls, process equipment, rinse barrels, tanks, and any surfaces with the push of a button.

The C-Series mobile disinfection cart comes standard with a separately controlled ozone gassing feature. This supply of ozone gas offers you greater disinfection options and is typically used to gas and preserve stored barrels instead of Sulfur Dioxide.

In addition to ozonated water, ozone gas will help disinfect sealed containers or tanks, and work as a part of your environmental disinfection protocol. Further, the mobile cart comes standard with a separately controlled oxygen gas feature useful in micro-oxy applications.

FEATURES:• Easy to use push button controls – full system monitoring indicators • Microprocessor controlled ozone system with built-in soft start and self-diagnostics • Rotary vane booster pump – boosts low pressure water supplies for better coverage• Ozone production up to 18 grams/hour via gas outlet• Typical ozone dosage rate is 8.0 ppm at 10 gpm (higher flow with side stream)• Separately controlled ozone and oxygen gas outlet (user programmable)• Built-in oxygen concentrator delivering 93% oxygen at 15 SCFH• ¾ FNPT inlet (optional front or back location) and outlet• Welded stainless steel tubing frame and water safe stainless exterior• Built-in tool basket • Designed for easy service access or maintenance• Critical parts are fully-contained for water safe operation• Designed with low center of gravity, well-balanced, and a small footprint• Ozone/oxygen gas flow meter

AGRI-FOOD DAIRY FARMS HATCHERIES/FISHERIES WINERIES ALL SURFACE CLEANING

MOBILE DISINFECTION CART

APPLICATIONS:• Seafood processing• Wineries• Breweries• Cideries• Bottled Beverages• Surface sanitation of floors/walls• Dairies• Meat processing• Poultry processing• Food processing

Hose and wash gun not included

+ SG-C1 SERIES Mobile Disinfection Cart

C-SERIES MOBILE DISINFECTION CART SPECIFICATIONS

ElectricalMain Power - GFCI protected

Power cord

110 VAC 60 Hz, 12 amps 220/240 VAC 50/60 Hz, 7 amps10 feet

Ozone Gas Output Ozone output via gas outlet 18 g/hr @ 12 SCFH oxygen, 4% by weight

Water Inlet Water Inlet pressure (min-max)Water inlet temperature (min-max)

40 psi50ºF - 100ºF

Ozone Water Output Dissolved ozone water (max) @ GPM 8.0 ppm @ 10 GPM*

Water Supply Connections Water inlet hose connectionDissolved ozone/water outlet

Tri-clover or 3/4” FNPTTri-clover or 3/4” FNPT

Dimensions 54.3” h x 20.6” w x 26.3” d; weight: 160 lbs.

Oxygen Gas Output Oxygen output via gas outlet 90 +/- 3% @ 15 SCFH

Ozone/Oxygen Gas Outlet Separately controlledProgrammable Timers Push connect fitting

*Anticipated results obtained at 7.5 pH, 70ºF municipal water. PPM is stated at 100% mass-transfer.

121216

ClearWater Tech, LLC Ozone Systems for Water & Air Purification800-262-0203 • 805-549-9724 • 850-E Capitolio Way, San Luis Obispo, CA [email protected] • www.cwtozone.com

OPTIONS:• Water hoses • Barrel washers • Tri-clover fittings • ORP monitor • Dissolved O3 monitor • Ambient ozone monitor • Dissolved ozone test kit

C1C2

+ ProMedUSA Pte Ltd 116 Middle Road #09-01E ICB Enterprise House Singapore 188972 Tel: 6836-9665 Fax: 6836-6887

Email: [email protected]

Pathogen MatrixPATHOGEN CLAIM PPM (MG/L) / ORP TIME (MIN) DETAILS SOURCEA. niger 90% At nozzle (0.166-0.246).

Whole system (0.043-0.084)

5 N/A http://aem.asm.org/cgi/reprint/61/9/3471

Acinetobacter baumannii 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Adenovirus 99.9% 0.3 0.5 N/A Thurston-Enriquez, Jeanette A., and THURSTONENRIQUEZ. “Inactivation of enteric adenovirus and feline calicivirus by ozone.” Water research 39.15 (2005):3650-3656.

Aspergillus Flavus 99.99% 1.85 – 2.25 5 ppm is measure at nozzle

http://www.wqpmag.com/Ozone-An-Advancing-Technology-article8838

Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

B. Cereus 99.9% At nozzle (0.166-0.246).Whole system (0.043-0.084

Instantaneously N/A http://aem.asm.org/cgi/reprint/61/9/3471

B. Megaterium 99% 0.19 μg/ml 5 In ozone demand free water

http://earthsafeozone.com/pdf_docs/Microbiological_Aspects_of_Ozone.pdf

Bacillus cereus 99.9% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf


Bacillus spizizenii 99.9% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Bacteriophage f2 99.999% 0.09 to 0.8 μg/ml 0.08 In ozone demand free water


Bacteriophage MS2 99.9999% 0.3 to 0.4 μg/ml 0.08 Inphosphate buffer


Brettanomyces Bruxellensis 99.99% 1.85 – 2.25 3 ppm is measure at nozzle


Botrytis spp. 99.9% 35 20 N/A Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

C. albicans 99.99% At nozzle (0.166-0.246).Whole system (0.043-0.084)


C.Difficile 99.99% 2ppm 2 The CT value for C. Diff is 4 (no temperature is given) for a 5 log reduction.

http://www.theozonecompany.com/brochures/laundry/Ecowash_RD.pdf

Calicivirus 99.99% 1 0.25 given) for a 5 log reduction.

Thurston-Enriquez, Jeanette A., and THURSTONENRIQUEZ. “Inactivation of enteric adenovirus and feline calicivirus by ozone.” Water research 39.15 (2005):3650-3656.

Campylobacter Jejuni 99.99% 1.85 – 2.25 3 ppm is measure at nozzle


Candida albicans 99.99% 35 20 On different surfaces Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

Coxsackieviruse (A9 unassociated) 100% 0.081 0.167 N/A http://www.ncbi.nlm.nih.gov/pmc/articles/PMC241881/pdf/aem00184-0109.pdf

Coxsackieviruse (A9 cell associated NTU 1)

99.98% 3.69 0.33 N/A http://www.ncbi.nlm.nih.gov/pmc/articles/PMC241881/pdf/aem00184-0109.pdf

Coxsackieviruse (A9 cell associated NTU 5)

99.98% 4.68 0.33 N/A http://www.ncbi.nlm.nih.gov/pmc/articles/PMC241881/pdf/aem00184-0109.pdf

Coxsackie B3 99.99% 0.6 10 N/A http://www.nap.edu/openbook.php?record_id=1904&page=45

Coxsackie B5 99.99% 0.076 10 N/A http://www.nap.edu/openbook.php?record_id=1904&page=45

Cryptosporidium parvum 99% 1 5 ct of 5 http://www.epa.gov/OGWDW/mdbp/alternative_disinfectants_guidance.pdf

Crypt parvum 99% 1.11 4 Tested on mice http://aem.asm.org/cgi/reprint/55/6/1519

E. coli 99.999% At nozzle (0.166-0.246).Whole system (0.043-0.084)


http://www.nap.edu/openbook.php?record_id=1904&page=45

Tersano test results


http://md1.csa.com/partners/viewrecord.php?requester=gs&collection=ENV&recid=8906304&q=author%3A%22Finch%22+intitle%3A%22Dose-response+of+Escherichia+coli+in+ozone+demand-free+...%22+&-uid=788131795&setcookie=yes

E. faecalis 99.9% At nozzle (0.166-0.246).Whole system (0.043-0.084)


Echo 1 99.99% 0.086 10 N/A http://www.nap.edu/openbook.php?record_id=1904&page=45

Encephalomyocarditis virus 99.99% Approx. 0.5 0.25 In buffered water http://www.nap.edu/openbook.php?record_id=1904&page=45

Entamoeba histolytica 98% to > 99%

0.3 5 N/A http://www.nap.edu/openbook.php?record_id=1904&page=45

Enterococcus faecalis 99.9% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

GD VII Virus 99.99% Approx. 0.5 0.25 In buffered water http://www.nap.edu/openbook.php?record_id=1904&page=45

Geotrichum spp. 99.9% 35 20 N/A Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

Giardia cysts 99.9% 0.5 0.96 to 5.8 Time dependent of temp (<1 to 25)

http://www.epa.gov/safewater/mdbp/guidsws.pdf

H1N1 99% 10 N/A ozone gas http://tersano.com/pdf/Ozone%20as%20a%20virus%20decontaminating%20agent.pdf

Haemophilus influenzae 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Hep A 99% 0.25 μg/ml 0.02 Inphosphate buffer


Hep B HepB and HepC are blood/Body fluid spread pathogens. The only data on is HepA which is water/food spread. Most ozone data is in respect to water/food spread pathogens (ozone is mostly used for water and food treatment).Hep C

Klebsiella pneumoniae 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

L. monocytogenes 99.99% At nozzle (0.166-0.246).Whole system (0.043-0.084)


L. pneumophila 99% 0.21 μg/ml 5 N/A http://earthsafeozone.com/pdf_docs/Microbiological_Aspects_of_Ozone.pdf

Legionella pneumophila 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Leuconostoc Mesenteroides 98% to 99.99%

0.3 to 3.8 μg/ml 0.5 In ozone demand free water


Listeria monocytogenes 98% to 99.99999%

0.2 to 1.8 μg/ml 0.5 In ozone demand free water



M. Tuberculosis 99.99% 9 μg/L Approx 4 N/A http://www.epa.gov/OGWDW/mdbp/alternative_disinfectants_guidance.pdf

Molds ( A. flavus, A, niger, A. parasiticus, and others)

Inactive P < 0.05 15 In dried figs Oeztekin, Serdar and OZTEKIN. “Effects of ozone treatment on microflora of dried figs.” Journal of food engineering 75.3 (2006):396-399.

MRSA 99.9% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Mucor spp. 99.9% 35 20 N/A Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

Mycombacterium forfuitum 90% 0.23 to 0.26 μg/ml 1.67 In ozone demand free water


Mycobacterium smegmatis 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Norwalk virus 99.9% 0.37 0.167 N/A http://www.ncbi.nlm.nih.gov/pmc/articles/PMC165156/

P. aeruginosa 99.9999% 0.64-0.188 N/A In deionized water Mena, Kristina D. “Risk Assessment of Pseudomonas aeruginosa in Water.” Reviews of environmental contamination and toxicology 201(2009):71-115.

P. flourescenes 98% to 99.99%

0.2 to 1.2 μg/ml < 0.5 In ozone demand free water


Penicillium brevicompactum 99.9% 35 20 N/A Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

Polio 1 99.99% 0.052 10 N/A http://www.nap.edu/openbook.php?record_id=1904&page=45



Propionibacterium acnes 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Pseudomonas aeruginosa 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Pseudomonas Aeruginosa 99.9999% 1.85 – 2.25 5 ppm is measure at nozzle



Pseudomonas flourescens 99.99999% Approx. 0.5 0.25 In phosphate buffered saline


Rotavirus human 99.9% 0.1 to 0.3 μg/ml 6 Inphosphate buffer


Rotavirus (HRV) 99.9% 0.1 to 0.3 0.1 Tested on mice http://aem.asm.org/cgi/reprint/53/9/2218

Rotavirus SA 11 99.9% 0.1 to 0.25 μg/ml 6-8 Inphosphate buffer


Rotavirus WA (ATCC) 98% 2.1 to 4.2 μg/ml 1 N/A http://earthsafeozone.com/pdf_docs/Microbiological_Aspects_of_Ozone.pdf

Rotavirus WA (Wooster) 98% to 99.99%

1.9 to 15.9 μg/ml 1 N/A http://earthsafeozone.com/pdf_docs/Microbiological_Aspects_of_Ozone.pdf

S. aureus 99.99% to 99.9999%

0.3 to 1.97 μg/ml 10 In ozone demand free water

http://aem.asm.org/cgi/reprint/61/9/3471


Salmonella 99.9999% 0.64-0.188 N/A In deionized water Mena, Kristina D. “Risk Assessment of Pseudomonas aeruginosa in Water.” Reviews of environmental contamination and toxicology 201(2009):71-115.

Salmonella Choleraesuis 99.9999% 1.85 – 2.25 3 ppm is measure at nozzle


Salmonella enteritidis 98% to 99.99%

0.5 to 6.5 μg/ml 0.5 N/A http://earthsafeozone.com/pdf_docs/Microbiological_Aspects_of_Ozone.pdf

Salmonella typhimurium 99.99999% Approx. 0.5 0.25 In phosphate buffered saline



Shigella flexneri 99.99999% Approx. 0.5 0.25 In phosphate buffered saline


Spores of Bacillus species 99% -- 0.35 N/A http://www.nap.edu/openbook.php?record_id=1904&page=45

Staphylococcus Aureus 99.9999% 1.85 – 2.25 10 ppm is measure at nozzle


Streptococcus faecalis 99.99% 9 μg/L Approx 2 N/A http://www.epa.gov/OGWDW/mdbp/alternative_disinfectants_guidance.pdf

Streptococcus pyogenes 99.99% Reached 25 20 ozone gas http://www.tersano.com/pdf/AJIC_OzoneGasEffective.pdf

Trichoderma viride 99.99% 35 20 On different surfaces Hudson, J. B. “The Practical Application of Ozone Gas as an Anti-fungal (Anti-mold) Agent.” Ozone: science and engineering 31.4 (2009):326-332.

Trichophyton Mentagrophytes 99.9999% 1.85 – 2.25 0.5 ppm is measure at nozzle


Vasicular Stomatitis Virus Sub. Inactive 0.64 Very little N/A http://journals2.scholarsportal.info.ezproxy.uwindsor.ca/tmp/6856029448345390105.pdf

Vibrio cholerae 99.99999% Approx. 0.5 0.25 In phosphate buffered saline


Yeast 100% P < 0.05 15 In dried figs Oeztekin, Serdar and OZTEKIN. “Effects of ozone treatment on microflora of dried figs.” Journal of food engineering 75.3 (2006):396-399.

Yersinia 99.9999% 0.64-0.188 N/A In deionized water Mena, Kristina D. “Risk Assessment of Pseudomonas aeruginosa in Water.” Reviews of environmental contamination and toxicology 201(2009):71-115.

Z. bailii 99.99% At nozzle (0.166-0.246).Whole system (0.043-0.084)


For more information or help…

CONTACT US AT:

ProMedUSA Pte Ltd 116 Middle Road

#09-01E ICB Enterprise House Singapore 188972

Tel: (65) 6836-9665

Email: [email protected]

Or visit us on the web:

www.promedusa.us

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