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I. RADIATION PROTECTION s t e c h n o l o g i e s PAC E V I TA L SPACEVITAL TECHNOLOGIES SPACEVITAL Ltd., with the brand name of SPACEVITAL TECHNOLOGIES was established in 2012. It is a new, innovative company present in the most

  1. I. RADIATION PROTECTION s t e c h n o l o g i e s PAC E V I TA L

  2. SPACEVITAL TECHNOLOGIES SPACEVITAL Ltd., with the brand name of SPACEVITAL TECHNOLOGIES was established in 2012. It is a new, innovative company present in the most important areas of investments, developments and the latest environmental, climate and construction technologies. You can fjnd us all over the globe. With its innovations, the com- pany is trying to cater for the needs of all our clients. Our ac- tivity is just as versatile as the requirements our partners and customers raise. We are glad to announce that the opening of our new offjces in Dubai, Kuala Lumpur and Jakarta is in progress. s PAC E V I TA L s t t e e c c h h n n o o l l o o g g i i e e s s PAC E V I TA L E C O C O O L C I T Y

  3. R A D I A T I O N P R O T E C T I O N O F O U R E N V I R O M E N T s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  4. TODAY RADIATION IS EVERYWHERE IN OUR ENVIRONMENT... ...AS IS PROVED. s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  5. Why our home is the most important area At home BEDROOM Outside Life expectancy in Hungary: 72,5 years (=100%) 24 years spent sleeping (=33%) 360.000 hours spent at home (=57%) s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  6. CUSTOMERS’ EXPECTATIONS CHEAP INSTALLATION RATIONAL, COMFORT, QUALITY EASY MAINTENANCE LOW-COST OPERATION HEALTHY EXTERNAL ENVIRONMENT HEALTHY INTERNAL ENVIRONMENT s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  7. BUILDING BIOLOGY - MAIN AREAS AIR CONDITIONING, DANGEROUS MATERIALS, POISONS FUNGHI, BACTERIA, ALLERGEN FACTORS ELECTRICAL – MAGNETIC FIELDS HARMFUL RADIATIONS s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  8. Why we need radiation and electrosmog protection Most of the countries have issued laws/measurements on radiation limits There are recommended prevention guidelines worldwide: WHO, EU, ICNIRP, research institutes, doctors, building biologists, professional organizations, etc. 30% of people with life insurance in Germany became ill due to a given environmental impact* Protected space is not only for human health, but it also protects the value of our properties. *German Insurance Association (GDV) s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  9. IMPORTANT FACTS IN HUNGARY, EVERY THIRD DEATH HAPPENS DUE TO MALIGNANT TUMOUR REASONS: ONLY 10-15 % GENETIC CHEMICAL, 85-90 % ENVIROMENTAL IMPACT: BIOLOGICAL, OR PHYSICAL IMPACT (ELECTROSMOG AND DANGEROUS RADIATION) s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  10. Can even the smallest radiation exposure be harmful? - YES ! Due to a U.S. National Research Council Report issued in 2005, radiation can cause cell damage in any dose. According to the IARC (WHO) ranking in 2001, the NIS ELF magnetic fjeld was classifjed as "possible human carcinogen” ELF: Extremly low frequency s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  11. EFFECTS OF DANGEROUS RADIATIONS 1.IS = IONIZING: Radioactive cell destructive radiations: (alpha, beta, gamma) Most DANGEROUS and common: radon (alpha) radiation 2.NIS = NON-IONIZING: Non-radioactive, electromagnetic radiations: Low frequency 0-30 KHz High frequency 30 KHz-300 GHz s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  12. NATURAL RADIATIONS COSMIC RADIATIONS: Solar, Infrared, Light, UV EARTH RADIATIONS: Radioactive, Ionizing, Earth’s magnetic, Negative rill and Geological fault line radiations s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  13. ARTIFICIAL RADIATIONS Outside: Inside the building: Telecomm. networks, electric network, Mobile phones, equipment, machinery, Radar, radio, etc. wifj, microwave, etc. Under the ground: Rail transport High-voltage electric networks metro, tram, transmission line electric lines transformers s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  14. WHAT IS ELECTROSMOG? In fact, it is a generic term applying to all artifjcial electromagnetic fjelds and fjeld intensities harmful to our environment. They can have harmful efgects and cause or in - crease the risk of the diseases in the human body and other living organisms. s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  15. WHY is it important to measure radiation? Human senses cannot perceive them It tells us the load extent and possible risks Type and method of protection needed The control measurement verifjes safety The measurement and classifjcation afgects the value of the real estate! S a m p l e o f a g r o u n d - p l a n : r e s u l t o f m e a s u r e m e n t o n l o w f r e q u e n c y e l e c t r o m a g n e t i c f i e l d ( h o m e a n d o f f i c e ) . s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  16. HARMFUL EFFECTS DEPEND ON the power and character of the radiation the time of exposure the distance from the radiation source The offjcial rating of harmful efgects of radiation depend on the limits prescribed by law in the given country. s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  17. THE MAIN IMPACTS ON OUR HEALTH Radon radiation: mainly in lung cancer poses a high risk Low and high frequency radiation: malignant efgect on brain, hormone dysfunction, nervous system disorders Most common efgects: Milder: Headache, insomnia, irritability, depres- sion, irritable eye, impotence, acidifjcation, im - munosuppression, allergies, heart rhythm dis- turbances, blood dyscrasias, premature birth. Major: Altzheimer disease, epilepsy, Parkinson’s disease, cancer, blindness, leukemia. s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  18. EXAMPLES OF LIMITS - for houses and bedrooms Radiation Hungarian law SBM 2003 / MAES-DE SPACEVITAL Measurements Other limits Recommended limit Recommended and Unit limit Radon radiation In Hungary in homes: no limit In Hungary in workplaces: 1.000 Bq/m3 (Bq/m3:Becquerel/m3) EU average for housing: 400 Bq/m3 3<20 – 200Bq/m <20 – 100 Bq/m3 EU average new homes: 200 Bq/m3 In Hungary in workplaces 1.000Bq/m3 EU average for housing: 400 Bq/m3 EU average new homes: 200Bq/m3 E.-magn. radiation 63/2004. WHO, IRPA: 2-10mill. China: 100.000µW/m2 freq.:1 MHz-2,5GHz <0,1 – 100µW/m2 <0,1 – 50 µW/m2 Salzburg: Outside: 100µW/m2 Power density (µW/m2:microwatt/m2) s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  19. EXAMPLES OF LIMITS - for houses and bedrooms Radiation Measure- Hungarian law SBM 2003 / MAES-DE SPACEVITAL ments and Unit Other limits Recommended limit Recommended limit Electric fjeld 63/2004., WHO,IRPA: 5.000 V/m El.Field strenght USA (Montana), EU: 1.000 V/m <1– 50 V/m <1– 10 V/m (V/m: Volt/m) 50 Hz EPA (USA): 10 V/m IGEF, KATALYSE Intstitut: 1 V/m Human body tension <1– 1.000 mV <1– 100 mV (mV: millivolt) 50 Hz Magnetic fjeld 63/2004. WHO, IRPA: 100.000 nT Magnetic induction WHO, IARC–Tumorrisk: 300-400 nT 10 – 500 nT 10 – 100 nT (nT: nanotesla) 50 Hz KATALYSE Int. Inhome: 100 nT s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  20. The purpose and functions of SPACEVITAL RADIATION PROTECTION ESTABLISHMENT OF A HEALTHY HOME AND LIVING SPACES THE SUBSTANTIAL REDUCTION OF HARMFUL RADIATIONS PREVENTIVE, LONG-TERM SAFETY SOLUTIONS FOR PROTECTION PROTECTION OF HUMAN HEALTH AND THE VALUE OF PROPERTIES s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  21. RADIATION RISKS ZONES ELECTROSMOG AND RADON RADIATIONS without protection s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  22. WHERE WE NEED RADIATION PROTECTION IN CONDOMINIUMS WHERE DO WE NEED RADIATION PROTECTION IN CONDOMINIUMS? Piping of harmful radiations SPACEVITAL ELECTROSMOG PROTECTION TO BE BUILT IN= PROTECTION ON CONTACT LINES OF FLATS (ceiling, wall) s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  23. ELECTROSMOG PROTECTION BY SPACEVITAL BUILDING MATERIALS WITH MINIMUM RADIATION ACTIVITY AUTOMATIC AIR- VENTILATION IN THE LIVING PLACES RADON ANTI-GAS LAYERS AT EVERY STOREY RADON RADIATION OF THE SOIL: RADON-GAS s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  24. SPACEVITAL EQUIPMENT FOR RADIATION PROTECTION QUALIFIED EXPERTS ADVANCED MATERIALS AND TECHNOLOGIES NEW PROTECTION SYSTEM BASED ON OUR OWN INVENTION - KNOW HOW SPECIAL INSTRUMENTATION FULL SERVICE CONSULTATION AND TECHNICAL ADVICE s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

  25. SPACEVITAL RADIATION PROTECTION - COST FACTORS NEW CONDOMINIUM BUILDINGS: AVERAGE PRICE OF FULL PROTECTION IS 3 -5% OF THE FLATS SIGNIFICANT COST FACTORS: RESULTS OF LOCAL MEASUREMENTS AND DIAGNOSIS THE SIZE OF THE AREAS AND SPACES TO BE PROTECTED WHAT KIND OF PROTECTION IS REQUESTED BY THE CUSTOMERS THE QUALITY OF MATERIALS, PARTS, ETC. TO BE BUILT IN POST OR IN ADVANCE PLANNED PROTECTION s t e c h n o l o g i e s PAC E V I TA L RADIATION PROTECTION

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