BUILD-YOUR-OWN SYSTEM INTEGRATION SOLUTIONS G SERIES Ozone Generator & D SERIES Dissolving Device

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1 Product Specifications Product Biotek G-Series Ozone Generator Model No. Ozone Gas Flow Rate Ozone Gas Production Input Water Pressure G l/h 1.0 g/h 2.0kg/cm 2 G l/h 3.0 g/h Power Supply Voltage V, 60/50 Hz V, 60/50 Hz Power Consumption 300 W Input Water Water Quality Municipal Water Water Temperature 5-30 Water Pressure kg/cm 2 G3 SYSTEM G1 SYSTEM Environment Water Flow Ambient Temperature 300 l/h 5-35 BIOTEK OZONE G SERIES "OZONE GENERATOR" Appearance Room Condition Dimension(W*D*H) Net Weight Good Ventilation 410x270x545mm 22.5 kg 780x330x740mm 70.0 kg Material Stainless Steel 304 enclosure Product Biotek D Series Dissolving Device Model No. D1 304 D1 316 Pump Material (Stainless Steel) Dissolution Efficiency 70 % Ozonated Water Output Capacity LPH Ozonated Water Output Pressure kg/cm 2 BIOTEK OZONE D SERIES "DISSOLVING UNIT" Dissolution Capacity Power Supply Input Water Environment Appearance Voltage Power Consumption Water Temperature Water Pressure Ambient Temperature Room Condition Dimension up to 12g/hr (4units of G3) V, 60/50 Hz V, 60/50 Hz 120 W kg/cm Good Ventilation W487 D412 H622 mm BUILD-YOUR-OWN SYSTEM INTEGRATION SOLUTIONS G SERIES Ozone Generator & D SERIES Dissolving Device Net Weight 45 kg Material Stainless Steel 304 enclosure

2 LEADING THE WAY IN OZONE TECHNOLOGY ADVANCING SAFETY & SANITATION OZONE Ozone s oxidation reactions are faster and more effective than chlorine and other common chemical disinfectants for destruction of bacteria, viruses, molds, cysts, and as a prefect stabilizer for most other organic and inorganic contaminants. It leaves no by-products and is safe yet effective for a wide range of applications in water treatment from cooling towers to CIP, food processing and service industries, medical grade disinfection, and much more. Destroys bacteria and microorganisms Prevents Biofilm, a threat to health and water equipment system efficiency Eliminates the use of chemicals, thereby its dangers and by-products More economical and effective than heat disinfection Does not alter water characteristics, such as ph BIOTEK Biotek s Indirect Electrolytic Ozone Generation (EOG) technology is superior and advantageous in every aspect to other EOG systems and other methods of ozone generation. Offering instant production, commercial grade performance, stability, and reliability, it is well suited for the most critical applications. It is the most advanced of technologies. Highest purity ozone production Tap water as the only source No NOx Only ozone and oxygen are produced High tolerance to external factors BUILD-YOUR-OWN SYSTEM SERIES Integration solutions for disinfection and sanitation. Now you can build a long-lasting solution for ensured safety, improved operation and productivity, increase performance and profitability and preserve the environment. SAFETY Biotek's high performance and reliability for confidence in ozone applications and sanitation solutions for public health and safety, and process improvements. EOG technology uses water as the generation source and is NOx free. Advanced ozone generation technology and system designs offers safe usage and OSHA compliance for employer responsibility and a pleasant work environment. PRODUCTIVITY Simplified integration and usage. Maintenance is infrequent and minimal With long component lifetime. High ROI achieved with low operating costs and enhanced operation process. SUSTAINABILITY Ozone is a natural oxidizer and reverts back to oxygen. Chemical usage can be reduce and even eliminated. Biotek's advanced technology and design provide for efficient systems and low water and power consumption. FORMULATED SYSTEM FOR A WIDE RANGE OF APPLICATIONS G SERIES AND D SERIES HIGH PERFORMANCE SYSTEM Stable, Reliable, High Performance The Most Advanced Technology Scalable and Flexible Configuration Efficient and Economical G SERIES OZONE GENERATOR Instant, stable, reliable performance with the highest ozone purity commercially available. 1.0-gram and 3.0-gram systems for builds up to 12.0 grams. D SERIES DISSOLVING DEVICE High efficiency dissolution technology for dissolved ozone in water. A built-in off gas destruct unit ensures safety and compliance. 1 2

3 WATER TREATMENT SYSTEMS FOOD SERVICE & FOOD PROCESSING ADVANCED DISINFECTION INTEGRATION CENTRAL WATER DISINFECTION Cooling Towers CIP Process Dialysis Water Treatment Groundwater Treatment Residential Water Treatment Swimming Pools Aquaculture Food Product Disinfection Facility Sanitation and Maintenance Produce Washer Container Washer Bottle Rinse Commercial Laundry Dishwasher Washer Product to Product Integation Food Service QSR & CVS Dental and Medical Clinics Healthcare Facilities Institutions Laboratories Elderly Care Facilities Cooling Towers Ozone can not only protect public health from the spread of infections, such as legionella, but also make system equipment last longer with the prevention of bacteria, scale, biofilm, and corrosion. A clean and clear water system operates with higher efficiency. Laundry and Dishwasher Ozone can reduce or eliminate the use of chlorine chemicals and heat disinfection while providing greater disinfection and cost savings. Dialysis Water Treatment More effective disinfection for improved safety and patient care. Incorporating ozone provides enhanced quality assurance, convenient maintenance, and operation efficiency. There is water and energy savings by eliminating the use of traditional chemicals and heat disinfection. Water Treatment The strongest single oxidizing agent available over a broad ph range that does not alter water characteristics. Aids in microflocculation to facilitate the removal sediments. Food Processing Because ozone reverts back to oxygen, it is safe, natural, and ideal for direct food contact to eliminate bacteria, prevent food safety risks, extend product freshness, and enhance marketability. Central Water Disinfection Ozonated water delivered to various points within a facility. Suitable for industries requiring a high level of hygiene sanitation. Bottle Rinse A rinse-free sanitizer, for bottle rinse, food jars, cans, packages and container disinfection. 3 4

4 INDUSTRY SANITATION NEEDS PROCESS CONCERNS AND THEIR EFFECTS LIMITATIONS OF DISINFECTION METHODS Analytical Control and Disinfection Guidelines The inconsistencies that exist between experimental testing and real applications have led to flawed standards resulting in ineffective disinfection and lower sanitation level. Factoring in human error, negligence, or misuse increases risks. Stable and reliable output takes the guesswork out of disinfection. Measurable residual ensure guaranteed disinfection. Bacteria & Microorganisms They can result in infections, illness, and death. In water systems, microbial growth can block flow, lead to corrosion and conditions that degrade system efficiency. In and food and medical industrials, hygiene and sanitation are the most critical concerns. Ozone is so effective it is even destroys drug resistant super-bugs. Scaling & Biofilm Scaling provides favorable conditions for microorganism growth and biofilm buildup. Once formed they are resistant to chemical and heat disinfection. Ozone dissolves calcium and magnesium deposits and minerals, ions, and scale that acts as a biomass bonding agent. Prevent biofilm buildup before it even forms. Water Efficiency Poor sanitation conditions with microbial growth, scale, and biofilm impedes water flow, requiring higher pump performance, and increase operation and maintenance costs. In cooling towers and cooling water systems, they lower heat transfer efficiency. Corrosion Mainly associated with biofilm, it can shorten equipment lifetime. Besides eliminating biofilm, ozone also reacts with metals to form an oxide film for enhanced corrosion resistance. Chemical Disinfection The most typical disinfection method carries much uncertainties and concerns with safety and effectiveness. It presents difficulties in dosing, with dangers in overdosing and inefficacy in insufficient dosing, and disinfection effectiveness influence by a variety of parameters, including water temperature and ph. Chemicals can also create harmful and unnecessary by-products, such as carcinogenic THM, alter water chemistry and leave residues and trace chemicals in a system. Heat Disinfection It may not be suitable for certain applications, operation processes, equipment, and facilities. In addition to the associated risks and liabilities with use, initial and operating costs are extremely high with high energy consumption. UV Disinfection Employing UV still requires water pre-treatment. The treatment capacity of UV is small and effectiveness is unreliable with high failure rate. Frequent lamp replacement to maintain performance is a high ongoing cost. Traditional Ozone Technology - Corona Discharge Ozone Generation There are multiple shortcomings inherent to using air as the ozone generation source. Air quality factors create performance uncertainties and variabilities resulting in system stability and reliability issues. Nitrogen and NOx by-products are not only health risks but their presence also promotes algal bloom and algae leading to system failure. Frequent, extensive, and costly maintenance add additional burden to operation and use. Contamination Spreads and Outbreaks A proactive approach to eliminate bacteria is safer and less costly than reactive measures to control and remediate contamination spreads and outbreaks. In water systems, bacteria can potentially spread to all areas of exposed contact. Bacteria in cooling towers can be carried by drift and spread in the air causing a serious threat to public health. It can spread with growth and formations to other areas such as from cooling tower water system to its condensers and other equipment, from dialysis water circulation system to the dialysis module. 5 6

5 BIOTEK BYO SYSTEM FEATURES: Technical Modular Design Scalable Integration Plug-and-Play Operation Front Panel Mounted Control and Connections Water-cooled, Patented Biotek Ozone EOG Technology Consumable Parts Lifetime Display External Control Capability Simplified Installation Effectively Utilize Original Resources and Pipelines SKID SYSTEM grams Point-Assembly- ADVANTAGES: Tap water as the only required input No oxygen device needed High ozone purity (O3=28 wt%) Consistent ozone production No harmful nitrogen oxides gas by-products Low voltage DC applied, safe use User-friendly design Low variability in system performance from external factors BIOTEK BYO SYSTEMS INCORPORATE BIOTEK INDIRECT EOG TECHNOLOGY IN OZONE GENERATION PROCESS. IT IS THE MOST ADVANCED GENERATION METHOD. OZONE PURITY AND DISSOLUTION IS THE HIGHEST OF ALL TECHNOLOGIES. G3 + D1 3.0 grams G3 (x2) + D1 6.0 grams G3 (x3) + D1 9.0 grams G3 (x4) + D1 12 grams Available in 3.0 grams for builds up to 12.0 grams, with four G3 systems for use with a single D1. For higher ozone production, scale G Series and D Series to satisfy requirements. CART SYSTEM 3.0 grams BIOTEK INDIRECT EOG TECHNOLOGY A symbol of technology and innovation dedicated to safe sanitation solutions. Biotek indirect EOG is the most advanced generation technology with the highest purity, highest efficiency ozone production. Using Biotek systems demonstrates a conscious choice to improve safety, quality, and sanitation conditions and work towards a healthy sustainable future. 7 Cart-Assembly- Offering convenience in mobility, the CAS can be used as a stand-alone or in system integration. The configuration allows for flexibility and ease in set up at a single location, use in various sites within a facility, or even at multiple locations for diverse on-site applications. 8

6 PRODUCE MEATS SEAFOOD DEFROSTING FOOD WARE ADVANCED DISINFECTION SYSTEM grams + CHLORINE FREE + NO BY-PRODUCTS + ENHANCED FOOD AND PRODUCT HYGIENE + SAFE, NATURAL, POWERFUL DISINFECTION & WATER SAVING Sink-Assembly- Ozone Sanitation From the leader in the most advanced ozone generation technology, the SAS is an effective product wash and sanitation system. Utilizing the oxidizing power of ozone with the trusted performance of Biotek Ozone technology and design, it offers convenience, safety and sanitation in food preparation and processing. EFFECTIVE Ozone s oxidation reactions are faster and more effective than chlorine for destruction of bacteria, viruses, molds, and other organic and inorganic contaminants. NATURAL Ozone naturally reverts back to oxygen. It is safe and leaves no odor, residues, or by-products. IDEAL Ozone removes unnecessary and undesirable compounds from foods while preserving the unique qualities, such as texture, flavors, and aroma. Ozone removes unnecessary and undesirable compounds from foods while preserving the unique qualities, such as texture, flavors, and aroma. Removal of bacteria and microorganisms and increased level of hygiene with ozone treatment enhances product quality, prolongs freshness and storage life, and extends product marketability. CONVENIENT The system easily installs to an existing sink and simplifies washing to a self wash process. A pump system provides optimal agitation for thorough cleaning without damaging products. ECONOMICAL Low maintenance and operating costs is a benefit of Biotek's advanced technology and highly efficient systems. Low power consumption, low water consumption and even greater water saving are realized with water recirculation. Long component lifetime of 2 years. 9 10

7 SUPERIOR TECHNOLOGY, SUPERIOR RESULTS OZONE SANITIZING WASH MODULE OZONE GENERATION G Series Ozone Generator Biotek's EOG technology generates high purity ozone, 28%, the highest available of all generation technologies. Only ozone and oxygen are produced for high dissolution efficiency. 1.0-gram and 3.0-gram systems scalable to 12.0-gram. OZONE DELIVERY D Series Dissolving Device Ozone gas is delivered to the dissolving device for dissolution in water. A built in destruct unit removes off gas for safety. BIOTEK OZONE VS COMMON DISINFECTION Effective on bacteria Effective on viruses Effective on pesticides Residual disinfection Free from chemical storage Effective deodorizer Compatible with all materials (including raw food materials) Pre-storage rinse to remove bacteria Extend shelf time Controls bacteria in defrosting Environmentally Friendly Biotek Ozone Liquid Chlorine Chlorine Dioxide Heat & Steam * Effective in lab controlled test but proven to be inconstant in practical application. ** Ozone has a residence time of 20 minutes, Biotek Ozonated water will provide disinfection more than 10 minutes after output COMPARISON OF OZONE GENERATION TECHNOLOGY Without NOx Ozone Purity above 20% Fast Production Rise Production Stability Life-span Test Unaffected by External Factors Low Voltage and Safety Low Noise Good Mobility No Requirement of Additional Equipments Instant High Concentration OSHA Standard Compliant Biotek Indirect Electrolytic UV (185nm) ** CD (air) * * CD (O2) * * Direct Electrolytic Method PEM Electrolytic Technology CONTROL BOX Manual or automatic shut off. Wash times are programmable and simplifies the tasks of application. OZONE SAFETY SYSTEM VB-1000 A proactive approach to removing additional off gas for added safety. It is used in conjunction with Biotek systems and will not affect process or operation. COMPARISON OF BIOTEK ELECTROLYTIC OZONE GENERATION SYSTEM & CORONA DISCHARGE TECHNOLOGY Advantage Disadvantage Corona Discharge system Air as source, which is free & unlimited Unreliable production & low ozone purity Generation of NOx & Nitrogen source Low & variable concentration & efficiency Influenced by air quality, humidity & temperature Additional equipment required(air drier & oxygen concentrator), & the resulting extra maintenance Low system reliability Contamination due to impurities in output Biotek Ozone system Consistent production and high ozone purity, without NOx & Nitrogen source Low energy consumption Steady concentration & high efficiency Compact & easy maintenance Generate O3 from tap water Long component lifetime, 2 years free from service Low off-gas, OSHA compliant None 11 12

8 BIOTEK INDIRECT ELECTROLYTIC OZONE GENERATION (EOG) TECHNOLOGY BIOTEK OZONE HIGH PURITY WITHOUT NOX OR SAFETY HAZARDS Biotek s Indirect EOG uses water to generate ozone. With a sophisticated power control, water is electrolyzed, forming H2, O2 and O3. H2 passes the cathode on the generator and is released to the air. Hence the gases collected through the electrolysis reaction include only O2 and O3 (O3 = 28 wt%), without any associated hazardous substance. Currently, this technology produces the highest purity and concentration of ozone on demand. Biotek s technology has been applied by top nvironmental companies around the world. BIOTEK ELECTROLYTIC OZONE GENERATOR CONSTRUCTION AND CHEMICAL REACTIONS Hydrogen (H2) Ion exchange membrance Pure ozone gas (O3) 20-30% Pure oxygen (O2) 80-70% ELECTROLYTIC H2O 1/3O 3 +2H + +2e - ELECTROLYTIC H2O 1/2O 2 +2H + +2e - 2H + +2e - H 2 1/2O 2 +2H + +2e - H2O Biotek s indirect electrolytic ozone generator applies advanced electrolysis technology, producing high purity ozone from municipal tap water. Since 1988, Biotek had started leading traditional Corona Discharge ozone technology, especially in the small and medium size ozone application industry. Then, realizing the many disadvantages of Corona Discharge systems, in 1995 Biotek UK was established to research and develop the technology of indirect electrolytic ozone generation(eog). Utilizing the experience and knowledge of previous research of traditional ozone generators, together with decades of continuous innovation and development, Biotek uses a patented deionized (DI) water generation system, making clean DI water from tap water. Using solid polymer electrolyte membrane between electrodes in the generator as a bridge for energy exchange, electrolysis of DI water occurs at the electrodes. Together this is the Biotek patented indirect electrolytic ozone generation system. Despite H2O, no other substance is involved in the reaction. Thus, there are no by-products other than O2 and O3. This approach enhances the purity of ozone produced (28%), allowing a breakthrough of many applications which have previously failed using CD. 3% UV system (185nm) 6% CD system (air) 28% Biotek Indirect Electrolytic BIOTEK AND OZONE STEP 4 Biotek systems provide ozone applications to kill bacteria and viruses, and remove pesticides STEP 3 Ozone (O3) is created in Biotek's electrolytic ozone generator Pure water (H2O) STEP 5 Through disinfection from oxidation treatment, ozone (O3) reverts to oxygen (O2) with no other by-products. STEP 1 Water molecule (H2O) STEP 2 Oxygen atom is separated from H2O molecule in Biotek s electrolytic ozone generator SETTING THE HIGHEST STANDARD OF OZONE PRODUCTION PURITY Ozone can be generated in several ways -- Corona Discharge, Ultraviolet Radiation and others. Among these, the Corona Discharge Method (referred to as CD below) has been the most widely used. The technologies involved in corona discharge ozone generation are varied, but all operate fundamentally by passing oxygen-containing gas through an electrical field which splits oxygen (O2) molecules in the gas. The resulting oxygen atoms (O-), seeking stability, attach to other oxygen molecules (O2), forming ozone (O3). Since air contains 78% nitrogen (by volume), the CD methods using air to generate ozone also produce NOx in the process. NOx has been generally recognized as toxic, causing adverse effects on respiratory systems of humans and animals and also linked to cancer. Meanwhile, the low concentration of oxygen in the air combined with the low efficiency of CD limits the production of high purity of ozone (1-6% only). The Ultraviolet (UV) Radiation method applies UV waves at 185 nanometers (nm). Air is passed over a UV device, which splits oxygen (O2) molecules in the gas. The resulting oxygen atoms (O-), seeking stability, attach to other oxygen molecules (O2), forming ozone (O3). Its production is a function of the capacity of the UV lamps and can be very low, normally between 1-3%