3D Animation of integrated tube production at Sandvik. The film visualze the uniqeness of Sandviks processes and the complete manufacturing process of stainless steel tubes. Sandvik controls the entire steel making process — from the melt to finished product. 250 engineers are continuously developing new alloys and making modifications to existing products in order to satisfy new market needs and customer requests.

Mit hoher Dosierkonstanz erfolgt eine sichere und pr�zise Zuf�hrung der richtigen Energiemenge zum thermischen Prozess. Damit beherrscht Geroldinger mit seinem System alle Arten zellulosehaltiger Brennstoffe, von Miscanthus �ber Nussschalen bis hin zu Hackschnitzel, Holzstaub und S�gesp�nen. Die Lagerung im Silo –bis 3000m� pro Zelle–, die sichere Austragung sowie die konstante Zuf�hrung zum Heizkessel ergeben den vollautomatischen und �usserst wirtschaftlichen Betrieb.

This movie shows a normal operation of a safety valve.

Design and function of LESERs new Pilot Operated Safety Valve – Pop Action Version

Also see blog at https://irri.org/index.php?option=com_k2&view=item&id=12428:fertilizer-basics&lang=en and still photos on flickr at https://www.flickr.com/photos/ricephotos/sets/72157632409026656/with/8336124832/ Revisit Agronomy Challenge 1: https://www.youtube.com/playlist?list=PL59BE77F7B94D2BA3 and see the growing playlist for AG2 at https://www.youtube.com/playlist?list=PLNowyW0S1hI-KtFPult89oGQ5FIecQpaz Achim Dobermann, deputy director general for research at the International Rice Research Institute (IRRI; https://irri.org), and Leigh Vial, head of IRRI’s experiment station, begin IRRI Agronomy Challenge II. It is the continuation of a special project in which they demonstrate how to grow a productive rice crop in a 25 x 100-meter field on IRRI’s research farm. Here, Leigh applies urea topdressing at 29 days after transplanting and inspects the crop’s progress during abnormally cool weather for the Philippiines. Leigh’s commentary: 18 January: Fertilizing far-apart plants in chilly weather Now 29 days after transplanting, the plants are safe from harm by snails and relatively weed-free. There is the odd ugly patch. The weather has not been good in the last 10 days � rainy, cloudy, and relatively cool � and the plants show it. They have commenced tillering, but are not yet thriving. There is really no cure for unfavorable weather, but a timely topdressing will allow the plants to take full advantage of any future improvement. We applied 100 kg/ha of urea, which equates to 46 kg N/ha, onto dryish soil and irrigated within hours after this. I would give myself a 7 out of 10 for the uniformity of my topdressing. The dry soil does make it easier to see the density of granules on the ground and to adjust the application rate a little as you go. At this time, I do regret the mechanical transplanter’s 30-cm spacing between rows. Around 20, or at most 25 cm, would have been better. Currently, the 30-cm spacing looks to be a wide expanse, ready to be occupied by things other than rice, especially where we have the odd vacant site (or ‘hill’ to the purists), vacant from an imperfect transplanting process. Mother Nature hates an empty space so we will definitely need a second herbicide application. Please help us pray for sunny weather, or can you only pray for rain?

N-Fix provides nitrogen fixing intracellular bacteria for corn and 199 other crop species. There is a strong Ontario connection to deployment of this technology. Dr. David Dent leads application of this technology which is being brought to Ontario by Guelph, Ontario based Engage Agro. Ontario Agri-Food Technologies acted as match maker for this project.

Opening Ceremony Of Qafco-5 “Qatar Fertiliser Company” Dated 20 December 2011

Chuck Walters applies anhydrous ammonia on a beautiful Saturday in November.

Qatar Fertiliser Company “QAFCO”. The largest Ammonia And Urea Producer (Old Logo)

Watch the reaction of ammonia and water. Water can absorb 1,300 times it volume in ammonia gas. Liquid ammonia can expand 768 times itself at atmospheric conditions. Never put Liquid Water on Liquid Ammonia

Leading by example — the global fertilizer industry promotes Safety, Health and Environment (SHE) management excellence WINNER: QATAR FERTILISER COMPANY (QAFCO) 1st RUNNER UP: TATA CHEMICALS LIMITED (INDIA) 2st RUNNER UP: PROFERTIL S.A. (ARGENTINA) PRESS RELEASE https://www.fertilizer.org/ifa/HomePage/MEDIA/Press-releases-2013/12-April-2013 PROTECT&SUSTAIN – The IFA Product Stewardship Initiative https://www.protectandsustain.org/

The Ammonia Production and its connections to Chemistry grade 12. This is a video taped presentation for summative purposes only, all the credit goes to the sources that have been used.

biggest Plant in the world for the Production ,Ammonia and Urea (Qafco): Our Policy Mission: We shall operate the plants Efficiently, Safely and Environmentally Responsibly to Produce and Supply Ammonia and Urea at the Quality required by our Customers and to carry out investments to Maximize Shareholders Returns. Vision: Largest Quality Ammonia and Urea Producer. OUR MAIN OBJECTIVES ARE TO: Achieve highest possible production at comparatively low cost. Operate the plants with maximum online factor. Operate the plants safely and in an environmentally responsible manner. Meet customers expectations with regard to Quality and Timely Delivery. WE ARE COMMITTED THROUGH OUR OCCUPATIONAL HEALTH & SAFETY, ENVIRONMENTAL AND QUALITY MANAGEMENT SYSTEMS TO: AFCO was founded in 1969 as a joint venture between the State of Qatar, Norsk Hydro Norway, Davy Power gas , and Hambros Bank, to produce Ammonia & Urea by utilizing Qatar’s abundant gas resources. The company is now owned by Industries Qatar (IQ) as 75% shareholder and Yara International as 25% shareholder. QAFCOs inception in 1969 as a joint venture company to produce chemical fertilisers was the first and a significant step in Qatars industrial diversification program to utilize its abundant natural gas resources. Since then QAFCO has steered its way successfully, responding adequately to the world market demand for fertiliser and living up to the expectations of its shareholders, IQ and Yara. QAFCO inaugurated its first plant in 1973 with a design capacity of 900 tons of Ammonia and 1000 tons of urea daily. Presently QAFCO complex comprises four completely integrated trains; QAFCO-1 (1973), QAFCO-2 (1979), QAFCO-3 (1997) and QAFCO-4 (2004). Each train is made up of two units, one for production of ammonia and the other for urea. Through scientific strategic plans and integration of the latest technologies, QAFCO steadily developed, over the years, in terms of nameplate capacity, production quantities, quality and competitiveness of products, accordingly QAFCO has become one of the main producers and exporters of ammonia and urea in the world. Now after the completion of QAFCO-4 plant QAFCO has emerged as the worlds largest single site producer of urea and ammonia with an annual production capacity of 2 million tons of ammonia and 2 million tons of urea. Increase the competency of personnel and use of adequate technology to enhance Customers Satisfaction, environmental and safety performance. Control of operational risks and prevention of pollution. Implement Occupational Health & Safety, Environmental and Quality Management Systems as a prime line responsibility at all levels of our organisation and continually improve their performance and effectiveness. Comply with all relevant Qatari Legislations, Regulations and Standards adopted by the Company. Involve and consult with our employees on matters related to our Occupational Health and Safety System. Communicate this Policy to our employees and contractors and make it available to interested parties and the public. Monitor, study and record the environmental impacts of our operations caused by discharges to the sea and emissions to air for possible reductions. Encourage re-use and recycling and manage our solid waste to reduce environmental impacts. Conduct regular reviews of relevant Occupational Health and Safety, Environmental and Quality activities for compliance with the adopted Standards. Open information and communication with all parties affected by or interested in our activities.

The Stamicarbon Mega Plant concept helps reduce the amount of high pressure equipment needed to run large-scale urea plants.

An anhydrous ammonia tank hose broke and sprayed all over a field in Faribault, MN. If I knew then what I know now, this video would never have been taken. I could have died.

Spring Field Work Near Bancroft, Iowa

Now Im ready to give my corn a boost of 12-0-0. Corn Loves Nitrogen so give it some food and sit back and watch it grow.

Hank introduces us to the brilliant and heartless Fritz Haber, a great mind who is considered “the father chemical warfare,” but who also made discoveries and innovations that helped lead to the Green Revolution which is credited with preventing the starvation of over a billion people. Like SciShow on Facebook: https://www.facebook.com/scishow Follow SciShow on Twitter: https://www.twitter.com/scishow References for this episode can be found in the Google document here: https://dft.ba/-3ibK fritz haber, great minds, scishow, science, physical chemistry, chemistry, polish, jewish, lutheran, academic, professor, nitrogen fixing, nitrogen fixation, invention, soil, fertilizer, ammonia, organic, agriculture, famine, bat guano, bomb, explosive, commercial, industrial, haber-bosch process, germany, synthetic, nitric acid, blockade, nitrate, WWI, mustard gas, gas mask, trenches, chemical weapon, chemical warfare, Nobel prize, war crime, reparations, gold, seawater, hitler, insecticide, environment, water quality, dead zone

Audio of Radiolab excerpt on Fritz Haber

Audio of Radiolab excerpt about Fritz Haber

This structure is one of main structures in the powder production plants in petrochemical facilities. It is very complicated and dense structure. Because of the solid handling systems used in such structures, coordination between different disciplines are very essential and there are potentially large no. of clashes exist between structure elements and the solid handling system and piping in the building. Fortunately this coordination done effectively by using BIM in model transferring between structure department and other disciplines. One of the other benefits of using this model transferring, is to see the actual size of connections. In typical projects usually, connection elements (e.g. end plates, gusset plates,..) have been ignored, which actually is one of the main source of problems, by clashing with other items. In this model at the beginning the connections have been applied by Auto Connection, so nothing missed in the coordination with other disciplines.