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Why settle for less when you can enhance your air purification process with the Hydroxyl Maximizer Cold Ultrasonic Vapor Humidity Injector? This innovative product, manufactured by the reputable International Ozone, is designed to supercharge your Titan Hydroxyl Generator, making it work 2 to 3 times faster. This high-tech device employs the advanced Titan 4000 technology, which initiates a reaction between UVA, Ti0, and H2O. This process breaks apart the water molecule, creating a single hydrogen atom and a hydroxyl radical. These hydroxyl radicals then disperse into the air, deodorizing, oxidizing, and deactivating airborne microbials, all while ensuring 100% safety in occupied areas.The Hydroxyl Maximizer stands out with its powerful ultrasonic technology, which generates a very fine cold water vapor. Positioned right behind a Titan Hydroxyl Generator, it significantly increases the direct intake of humidity, thereby boosting hydroxyl production. This effective method not only enhances the performance of your Titan 4000 but also saves you time and money.Interestingly, the Hydroxyl Maximizer doesn't increase the relative humidity in the room. Instead, it transforms the extra humidity into hydroxyl radicals. Tests have shown a 15% to 40% drop in humidity levels when comparing the intake humidity to the exhaust. With the capacity to hold enough water to run for 4 to 5 days, the Hydroxyl Maximizer Cold Ultrasonic Vapor Humidity Injector is a game-changer in improving indoor air quality and creating a cleaner, healthier environment.

Just imagine an environment where the air you breathe is continuously purified, where odors, germs, and pollutants are effectively neutralized, leaving your space fresh and clean. The TITAN 1000 UVA/TiO2 Photocatalytic Hydroxyl/Ionized Hydro-Peroxide Generator harnesses the power of 365nm to 385nm UVA rays, emitted from state-of-the-art TiO2 photocatalytic lamps, to achieve this remarkable feat.As the UVA rays pass through the permanent Anatase TiO2 coated super reactor screen, a surface teeming with highly reactive nano-sized Anatase Titanium Dioxide, a powerful photocatalytic reaction occurs. This reaction generates electron-hole pairs that interact with water and oxygen molecules in the air. The result is the production of free electrons, hydroxyl radicals, and ionized hydro-peroxides. These potent agents disperse throughout your environment, decomposing both organic and inorganic gases and air pollutants into harmless byproducts like carbon dioxide and water.One of the most significant benefits of the TITAN 1000 system is its commitment to safety. It produces absolutely no ozone, making it 100% safe for use in inhabited areas. This innovative technology ensures that you can enjoy the advantages of advanced air purification without any health risks associated with ozone production.The applications for the TITAN 1000 are vast and varied. From fire and flood damage restoration to maintaining the air quality in high-traffic areas such as doctor's waiting rooms, nursing homes, day care centers, restaurants, night clubs, and beauty parlors, this system is adept at destroying odors, eliminating germs, and neutralizing poisonous gases and organic pollutants.Another standout feature of the TITAN 1000 is its low maintenance design. The TiO2 photocatalytic lamp is self-cleaning, ensuring optimal performance for up to 8000 hours of operation. This high-quality, powerful, and effective air purification system is a testament to the innovative and advanced technology developed by International Ozone, a leader in the field of ozone generation.Choose the TITAN 1000 UVA/TiO2 Photocatalytic Hydroxyl/Ionized Hydro-Peroxide Generator for an unparalleled air purification experience that is both effective and reliable, ensuring a healthier, cleaner environment for all.

The TITAN 2000 MAX UVA/TiO2 Photocatalytic Hydroxyl/Ionized Hydro-Peroxide Generator is a state-of-the-art air purification system designed to effectively remove odors, kill germs, and cleanse the air in spaces up to 20,000 cubic feet. This advanced system harnesses the power of UVA rays, ranging from 365nm to 385nm, emitted from its TiO2 Photocatalytic Lamps. These rays pass through two permanent Anatase TiO2 coated Super Reactor Screens, designed to hold the maximum amount of highly reactive nano-sized Anatase Titanium Dioxide. As a result of this innovative process, electron hole pairs are formed that react with H20 and O2 in the air, producing free electrons, hydroxyl radicals, and ionized hydro-peroxides. When dispersed by the fan, these elements decompose organic and inorganic gases and air pollutants into harmless carbon dioxide and water. One of the most significant advantages of the TITAN 2000 MAX system is its safety. It produces no ozone, making it 100% safe to run in inhabited areas. This makes it an ideal choice for a wide range of environments, including fire and flood damage restoration sites, doctor's waiting areas, nursing homes, day care centers, restaurants, night clubs, beauty parlors, and more. The TITAN 2000 MAX also boasts a self-cleaning TiO2 Photocatalytic Lamp, which performs at its optimum for up to 8000 hours. The Hydroxyl Maximizer feature utilizes ultrasonic technology to produce a very fine cold water vapor, increasing the direct intake of humidity and thus, the hydroxyl production. This results in a more efficient operation, saving you time and money. Interestingly, the TITAN 2000 MAX doesn't raise the relative humidity in the room. During testing, it was found that the system uses the extra humidity from the Maximizer and transforms it into a hydroxyl radical, resulting in a 15% to 40% drop in the humidity level. The Maximizer holds enough water to run for 4 to 5 days, making the TITAN 2000 MAX a powerful, effective, and convenient solution for air purification and deodorization.

Eine große Anzahl heterocyclischer Naturstoffe leitet sich vom Ring- system des Piperidins (1) ab. Als Substituenten einfach oder mehrfach substituierter Piperidinbasen finden sich Methyl-, Carboxyl-, Hydroxyl- und Aminogruppen sowie aliphatische Seitenketten unterschiedlicher Länge. Die Substitution erfolgt bevorzugt an den C-Atomen 2, 3 und 6 sowie am Heteroatom. In zahlreichen Fällen ist der Piperidinring in a- oder ß-Stellung direkt oder über eine C-Brücke mit einem weiteren Heterocyclus verbunden, z. B. einem Piperidin-, Piperidein-, Pyridin-, Indol-, Chinolizidin- oder Furanrest. Darüber hinaus kann der Piperidin- ring zum 2,6-Dioxopiperidin (Glutarimid) oxydiert oder zum Pipendein dehydriert sein. Während Naturstoffe mit Pyridinstruktur im Tier- und Pflanzenreich weit verbreitet sind und einzelnen von ihnen wie NAD oder Pyridoxal- phosphat als Coenzymen des Primärstoffwechsels besondere Bedeutung zukommt, handelt es sich bei den natürlichen Piperidinverbindungen im allgemeinen um sekundäre Pflanzenstoffe (vgl. I8, I9I). Dabei sind einige wie z. B. die Pipecolinsäure (7) sporadisch auf verschiedene Pflanzen- familien verteilt. Andere Piperidinbasen wie die Conium- oder Piper- Alkaloide weisen dagegen eine ausgesprochene Artspezifität auf. Im Gegensatz zu den meisten Pyridinalkaloiden finden sich die Piperidin- basen oft mit strukturell andersartig gebauten Alkaloiden vom Chino- lizidin- oder Trepantyp vergesellschaftet, was in den meisten Fällen durch eine enge biogenetische Verwandtschaft bedingt sein dürfte.

Eine große Anzahl heterocyclischer Naturstoffe leitet sich vom Ring- system des Piperidins (1) ab. Als Substituenten einfach oder mehrfach substituierter Piperidinbasen finden sich Methyl-, Carboxyl-, Hydroxyl- und Aminogruppen sowie aliphatische Seitenketten unterschiedlicher Länge. Die Substitution erfolgt bevorzugt an den C-Atomen 2, 3 und 6 sowie am Heteroatom. In zahlreichen Fällen ist der Piperidinring in a- oder ß-Stellung direkt oder über eine C-Brücke mit einem weiteren Heterocyclus verbunden, z. B. einem Piperidin-, Piperidein-, Pyridin-, Indol-, Chinolizidin- oder Furanrest. Darüber hinaus kann der Piperidin- ring zum 2,6-Dioxopiperidin (Glutarimid) oxydiert oder zum Pipendein dehydriert sein. Während Naturstoffe mit Pyridinstruktur im Tier- und Pflanzenreich weit verbreitet sind und einzelnen von ihnen wie NAD oder Pyridoxal- phosphat als Coenzymen des Primärstoffwechsels besondere Bedeutung zukommt, handelt es sich bei den natürlichen Piperidinverbindungen im allgemeinen um sekundäre Pflanzenstoffe (vgl. I8, I9I). Dabei sind einige wie z. B. die Pipecolinsäure (7) sporadisch auf verschiedene Pflanzen- familien verteilt. Andere Piperidinbasen wie die Conium- oder Piper- Alkaloide weisen dagegen eine ausgesprochene Artspezifität auf. Im Gegensatz zu den meisten Pyridinalkaloiden finden sich die Piperidin- basen oft mit strukturell andersartig gebauten Alkaloiden vom Chino- lizidin- oder Trepantyp vergesellschaftet, was in den meisten Fällen durch eine enge biogenetische Verwandtschaft bedingt sein dürfte.