Microwave Uv - an everlasting lamp - Paul O'Callaghan, O2 Environmental
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Innovative microwave generated Ultraviolet light disinfection technology for water treatment. Presentation by Paul O'Callaghan CEO of O2 Environmental for the British Columbia Water and Waste Association May 2006
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تتميز لمبات الأشعة الفوق بنفسجية لهذا الطراز بإرتفاع إنتاجيتها للضوء مع إنخفاض الطاقة الحرارية المولدة عنها فتصل درجة حرارتها أثناء العملية التشغيلية إلى 100 درجة مئوية فى حين تصل مثيلاتها إلى 600-800 درجة مئوية, هذه الأنظمة نظيفة و صديقة للبيئة, إقتصادية و موفره للطاقة بأعلى كفاءة و قدرة على التحكم
http://rheoserve.com/index.html#portfoliodisinfection
This document provides specifications for various UV disinfection systems including UV sterilizers, salt water chlorinators, UV pool systems, UV-C ionizers, UV-C timers, and an ozone UV-C system. It lists the power output, lamp life, dimensions, flow rates, and other technical details for each model. It also provides brief descriptions of how the different systems work to disinfect pool water using UV and in some cases additional technologies like salt chlorination, copper electrolysis, or ozone.
Ultra Violet Disinfection
Ultraviolet disinfection research document summarizes:
1. UV light is categorized into wavelengths - UV-A, UV-B, and UV-C. UV-C is considered germicidal with the shortest wavelengths below 280nm.
2. Types of UV lamps used for disinfection include cold cathode, hot cathode, and high output germicidal lamps. Cold cathode lamps have longer life while hot cathode lamps require ballasts.
3. UV lamps work by ionizing inert gas like argon inside glass tubes through electrodes heated by ballasts, forming plasma that emits UV light killing microorganisms.
Nuclear battery
This document summarizes a seminar presentation on nuclear batteries. It introduces nuclear batteries as devices that use energy from radioactive decay to generate electricity without producing radioactive waste. It then outlines the historical development of nuclear battery technology from 1913 to modern research. The main body describes different conversion techniques like thermal and non-thermal, types of nuclear batteries including thermionic converters, radioisotope thermoelectric generators, and betavoltaic cells. Applications are highlighted for space, automobiles, medicine, underwater probes and the military. Advantages include reliability and long lifespan, while disadvantages include high costs and public acceptance challenges. The conclusion expresses optimism for future applications of this technology.
Optimal Generation of 254nm ultraviolet radiation
Abstract: The science of the application of 254nm UV from mercury doped glow discharge tubes has been a major topic since Johann Ritter discovered UV via its chemical inducing reactions in 1801 and Niels Finsen’s 1860 work on UV therapy in treating rickets. In 1857 Siemens AG patented UV254nm creation via filamentary discharge, subsequently widely used for ozone production. By 1932 the Coblentz Congress had defined the three regions of the UV action spectrum. This paper presents the science of a new design for a sterilizer module fabricated from extruded, recycled aluminium. This novel design achieves better than D10 performance using six UV tubes per module driven by three electronic ballasts drawing a total current of only 1.26 amps at 240V single phase. This module delivers more than 45,000 microwatts per square centimetre of 254nm UV which sterilises one litre per second in a module with a dwell time of 1.6 seconds in a design with less than 0.5 bar pressure drop across each module. This system takes the electrical efficiency of 254 UV generation from less than 25% to more than 92% as measured by an NPL-traceable calibration against a current industry standard. Since 254nm UV generating tubes are also the basis of fluorescent lighting this new work on optimising the generation of 254nm UV also has application worldwide to improved efficiency of fluorescent tube electrical lighting, because we have shown that most of the fluorescent lamps operating today (particularly the T8 1” diameter) are running at less than 25% efficiency as opposed to the over 92% which is possible with the methods we describe. The work reported here shows that the Townsend equation for electron transport in glow discharge plasmas is not adequate since it does not address either plasma diameter or plasma drive frequency both of which fundamentally alter the electron energy transfer efficiencies to mercury atoms in the plasma.
Wedeco lbx series أنظمة المعالجة و التطهير بالأشعة الفوق بنفسجية الصديقة للب...
Wedeco lbx series أنظمة المعالجة و التطهير بالأشعة الفوق بنفسجية الصديقة للب...Rheoserve Industrial Solutions
هى أنظمة صديقة للبيئة تستخدم الأشعة الفوق بنفسجية لقتل الكائنات الحيه الدقيقة لتمنعها من التكاثر مثل البكتريا, الفيروسات و الخمائر, تتم فيها عملية المعالجة بطريقة آمنه بدون إستخدام مواد كيميائية فهى بديلة للكلورين كما أنها إقتصادية وفعالة, تستخدم بصفة عامة فى التطبيقات الصناعية وصناعة الأغذية و المشروبات إضافة إلى تطبيقات معالجة مياه الشرب,تطهير مياه الصرف الصحى و المياه المعالجة لأغراض إعادة الإستخدام
تتميز لمبات الأشعة الفوق بنفسجية لهذا الطراز بإرتفاع إنتاجيتها للضوء مع إنخفاض الطاقة الحرارية المولدة عنها فتصل درجة حرارتها أثناء العملية التشغيلية إلى 100 درجة مئوية فى حين تصل مثيلاتها إلى 600-800 درجة مئوية, هذه الأنظمة نظيفة و صديقة للبيئة, إقتصادية و موفره للطاقة بأعلى كفاءة و قدرة على التحكم
http://rheoserve.com/index.html#portfoliosolar PV
Solar photovoltaics convert light energy from the sun into electricity through photovoltaic cells. PV cells consist of layers of semiconducting materials that produce electricity when struck by sunlight. The electricity is produced as electrons are freed from the semiconducting material by photons, causing them to flow and produce an electric current. There are different types of PV cells including monocrystalline, polycrystalline, and thin film technologies that have varying efficiencies and costs. The cells are connected together in modules and arrays to produce usable voltages and powers for applications like charging batteries and powering electronics.
Microwave Oven
Microwave ovens work by using electromagnetic waves to heat up water molecules in food. A device called a magnetron generates microwaves at 2.45 GHz, which cause the water molecules in food to vibrate, generating heat. The microwaves are reflected inside the oven and cause uniform heating. While microwaves are a form of non-ionizing radiation and do not damage DNA, exposure should be limited as high amounts can cause thermal damage to sensitive organs. Safety standards limit leakage to safe levels and proper maintenance is important for safe operation.
Similar to Microwave Uv - an everlasting lamp - Paul O'Callaghan, O2 Environmental (20)
Wedeco bx series أنظمة المعالجة و التطهير بالأشعة الفوق بنفسجية الصديقة للبيئ...
Wedeco bx series أنظمة المعالجة و التطهير بالأشعة الفوق بنفسجية الصديقة للبيئ...
Wedeco lbx series أنظمة المعالجة و التطهير بالأشعة الفوق بنفسجية الصديقة للب...
Wedeco lbx series أنظمة المعالجة و التطهير بالأشعة الفوق بنفسجية الصديقة للب...
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Advanta Seeds released a progress report on their sustainable actions initiative. The report outlined their commitment to sustainability and contributing to UN Sustainable Development Goals. It discussed engaging employees and communities in sustainability awareness campaigns. It also described efforts to embed sustainability into company operations by hosting town halls to communicate their new sustainability focus. The report provided examples of initiatives including empowering smallholder farmers, using technology to address climate change impacts, enhancing crop nutrition, and adding value to farmers through partnerships along the agricultural supply chain.
Advanta Seeds Sustainable Report
Advanta Seeds, part of UPL Group, is committed to sustainability and contributing to UN Sustainable Development Goals.
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How the dairy industry can save water and energy and create revenue
The document discusses turning whey, a byproduct of cheese production, into alcohol. It notes that 65% of the 90.5 billion pounds of whey produced annually in the US goes unaccounted for and could potentially be fermented into 203 million gallons of ethanol. The document outlines a process where whey that is 2-3% lactose could be fermented to produce 660,000 gallons of 96% alcohol annually, along with biogas and treated water. It also discusses using the technology at Carbery Milk Products to help meet heat requirements and allow for water reuse.
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Water Technology Markets: Key opportunities emerging trends - Global Water In...
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