#AmmoniumNitrate

[sinolandchem-leo]

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[chemanalyst]

Unlocking Ammonium Nitrate's Production and Versatile Uses

Ammonium Nitrate (NH₄NO₃) often brings to mind the sight of a lush green field and a bountiful harvest. However, this everyday white crystal holds a hidden double nature. Although it is an essential fertilizer for agriculture, Ammonium Nitrate has a secret weapon - it is also the main ingredient in most explosives! Let's discover the incredible world of Ammonium Nitrate, and how it is used in agriculture, industry and the scientific miracles of rocket propulsion. Additionally, we'll explore the safety measures which should be taken when working with this multi-faceted and, at the same time, dangerous substance. Hence, be ready for an exciting ride (safely, of course) as we uncover the science of this awesome molecule!

Ammonium Nitrate's journey from wartime necessity to agricultural hero began in the 1940s. Back then, large-scale production boomed to meet the demands of munitions. However, after World War II, this powerful compound was repurposed for a more peaceful role – as a readily available fertilizer for farms. The production process itself is fairly straightforward: ammonia gas and nitric acid get together in a fiery reaction to form a concentrated Ammonium Nitrate solution.

Introduction

Ammonium Nitrate, a white crystalline salt compound represented by the chemical formula NH₄NO₃, is produced through the reaction of nitric acid and ammonia. Following synthesis, the resulting solution undergoes concentration to achieve a level of 97.5-98% in a final concentrator. This concentrated solution is then directed to a prilling tower, with a portion diverted to a slurry tank. In the slurry tank, fillers are introduced, followed by the release of Ammonium Nitrate solution, and subsequent adjustment of its moisture content. Ammonium Nitrate exhibits hygroscopic properties, readily dissolving in water. Renowned as a nitrogen source, it contains both nitrate and ammonium, boasting high nutritional value. Consequently, it finds widespread application as a fertilizer, often blended with other fertilizers. It offers plants a rapid supply of nitrate, catering to their nutritional requirements. Moreover, its compatibility with nitrogen fertilizers enhances their effectiveness and longevity, thereby benefiting plant growth. Beyond agriculture, Ammonium Nitrate serves as a pivotal component in various mining explosives. When combined with fuel oil and dispersed via an explosive charge, it facilitates mining operations effectively.

Manufacturing Process

Ammonium Nitrate, chemical formula NH4NO3, derives from the combination of ammonia and nitric acid, serving widespread purposes in fertilizers and explosives. The following figure depicts the chemical reaction between ammonia and nitric acid yielding Ammonium Nitrate:

Through the synthesis of nitrogen from the atmosphere with hydrogen derived through steam reforming of coal or natural gas, ammonia emerged as a pivotal chemical compound. Subsequently, ammonia can be oxidized into nitric acid by catalytic oxidation with air over a hot platinum catalyst. This process yields the production of Ammonium Nitrate with the chemical formula NH4NO3. The amalgamation of hot ammonia and nitric acid ensues in a neutralization reaction.

Following dehydration, the resulting molten salt is directed into a spray tower, where descending droplets coalesce into tablet-sized masses referred to as cylindrical tablets. The density of these tablets can be regulated, with denser material earmarked for fertilizer use and lighter, more porous material destined for the explosives industry. Given its pronounced moisture-absorbing properties, Ammonium Nitrate is typically coated with a moisture-proof layer during production. The following figure illustrates a simplified diagram delineating the Ammonium Nitrate production process.

Prilling and granulation represent the predominant methods employed in the production of solid Ammonium Nitrate. Prills are manufactured by directing a concentrated melt into the top of a prill tower, where droplets of Ammonium Nitrate descend against a rising airstream. This airflow serves to cool and solidify the droplets, forming spherical prills. The density of prills can be adjusted by varying the concentration of the Ammonium Nitrate melt.

Prills with lower density, typically ranging around 1.29 specific gravity, are crafted from melts containing 95 to 97.5 percent Ammonium Nitrate. Conversely, prills with higher density, approximately 1.65 specific gravity, are derived from melts containing 99.5 to 99.8 percent Ammonium Nitrate. The porous nature of low-density prills makes them suitable for producing blasting agents, as they readily absorb oil. In contrast, most high-density prills are utilized as fertilizers.

Granules are created in rotary drum granulators by spraying a concentrated melt of Ammonium Nitrate (ranging from 99.0 to 99.8 percent) onto small seed particles within a lengthy rotating cylindrical drum. As these seed particles rotate, successive layers of Ammonium Nitrate are deposited, forming the granules. After exiting the granulator, the granules undergo screening. Any oversized granules are crushed and either recycled to the granulator to replenish the seed particles or dissolved and returned to the solution process. Pan granulators function similarly to drum granulators, though the solids are shaped within a large rotating circular pan, yielding a product with similar physical properties to drum granules.

While less common, additives like magnesium nitrate or magnesium oxide may be injected directly into the melt stream. These additives serve three purposes: increasing the crystalline transition temperature of the final product, acting as a desiccant to reduce caking by drawing water into the product, and enabling solidification at lower temperatures by lowering the freezing point of molten Ammonium Nitrate.

The temperature of the Ammonium Nitrate product leaving the solids formation process typically ranges from approximately 66 to 124°C. Cooling, achieved through rotary drum or fluidized bed methods, prevents deterioration and agglomeration of solids before storage and shipping. Low-density prills, which have higher moisture content due to lower melt concentration, require drying in rotary drums or fluidized beds before cooling.

Since the solids vary in size, they undergo screening to ensure consistent prill or granule sizes. Cooled prills undergo screening, and any offsize prills are dissolved and recycled. Granules are also screened before cooling. Undersized particles are returned directly to the granulator, while oversized granules may be crushed and recycled or sent to the solution concentration process.

Following screening, products may be coated in a rotary drum to prevent agglomeration during storage and shipping.

Applications of Ammonium Nitrate

Fertilizers

Ammonium Nitrate is a vital component of fertilizers due to its dual nitrogen supply, comprising nitrate and ammonium ions, essential for plant growth. Its soluble nature allows efficient root uptake, while its hygroscopic properties prevent nutrient loss through leaching. This compound provides plants with immediate and sustained nitrogen, crucial for various metabolic processes. Its compatibility with other fertilizers enables customized formulations, enhancing crop yields and promoting healthy plant development. Beyond agriculture, Ammonium Nitrate is also used in explosives, where it's combined with fuel oil to facilitate mining operations effectively.

Explosives

Ammonium Nitrate is applied in explosives because of its highly exothermic property when it is combined with specific substances such as fuel oil. This compound acts as an oxidizing agent, where a large amount of energy is released in the form of detonation. When blended with diesel oil in precise ratios, it becomes a powerful explosive mixture known as ANFO (Ammonium Nitrate/Fuel Oil). This mixture is commonly used in mining, quarrying, and construction industries for breaking rock and soil. Its low cost, high stability, and ease of handling make it the preferred choice for explosive applications, where it is used for dispersing by the detonation to facilitate excavation and demolition tasks. Ammonium Nitrate finds extensive application as an explosive in both the mining sector and construction sites.

Market Outlook

Ammonium Nitrate demand is mostly driven by the agricultural industry. In particular, fertilizers are key to improving plant growth by providing the necessary nutrients and disease resistance in agriculture. Various types of fertilizers including soluble, dry crystalline and time-release kinds, are available to fit different agricultural requirements. Ammonium Nitrate, the most popular fertilizer in agriculture, is the main nitrogen carrier used by plants. It is a source of both instantaneous and enduring nitrogen supply, where the roots are able to absorb the ammonium component while the nitrate fraction is being converted by soil microbes. ANFO (Ammonium Nitrate Fuel Oil) constitutes roughly 94% porous Ammonium Nitrate, forming a widely utilized industrial explosive blend prevalent in mining operations, notably in coal and metal extraction. The escalating global mining endeavors aimed at sourcing metals and coal for utilization across multiple sectors including metallurgy and energy are poised to augment the need for Ammonium Nitrate in the foreseeable future.

Ammonium Nitrate Major Global Players

Major players in the Global Ammonium Nitrate market are CF Industries Holdings, Inc., Acron Group’s Mineral Fertiliser, EuroChem Group AG, Uralchem JSC, Nitratos del Peru, Abu Qir Fertilizer, PhosAgro, Fertiberia SA, Deepak Fertilisers And Petrochemicals Corporation Limited, Agroplychim AD, and Others.

Conclusion:

In a nutshell, Ammonium Nitrate is a compound with multiple applications that are both agricultural and industrial. At the same time, this essential element of fertilizers creates a dual nitrogen supply which promotes vigorous plant growth and crop yields. Its solubility and compatibility with other nutrients made it a vital part of farming practices all over the world. Ammonium Nitrate is a key ingredient in ANFO, a type of explosive used extensively in mining. The increasing demand for metals like alumina, iron, and diamonds is expected to drive up the need for blasting materials, which will in turn boost the market for Ammonium Nitrate.

[frnwhcom]

April 16, 1947, marks one of the darkest days in American industrial history – the Texas City disaster. This catastrophic event, which occurred in the bustling port of Texas City, Texas, stands as a somber reminder of the potential dangers in industrial operations and the importance of safety regulations. The Fateful Day The disaster unfolded…

[chemplusagro]

Urea and AN: A typical formula for comparing nitrogen units is Urea Price / 46 (N content of Urea) x 34 (N content of AN) plus 10%.

Now, let’s briefly explore why AN has this 10% premium over urea.

Urea and AN share similarities: they are granular nitrogen fertilisers, highly soluble in water. However, I would rather focus this post on their differences.

AN’s formula is NH₄NO₃, and it contains around 33-34% nitrogen, divided between ammonium (NH₄⁺) and nitrate (NO₃⁻) forms.

Upon application, urea first needs to undergo hydrolysis, a process where the enzyme urease converts it into ammonium (NH₄⁺) and carbon dioxide (CO₂). This process can lead to nitrogen loss through volatilisation, as we discussed yesterday, especially if the urea is not promptly incorporated into the soil. In contrast, AN provides nitrogen in two forms: ammonium (NH₄⁺), which is slowly absorbed by plants and remains in the soil longer, and nitrate (NO₃⁻), which is readily available for immediate plant uptake. This dual availability makes ammonium nitrate more efficient in providing a consistent nitrogen supply. The lower risk of volatilisation makes AN a more stable nitrogen source in environments where immediate incorporation into the soil is challenging.

This is where the famous 10% premium comes from. But we all know that transporting, handling, and storing AN is a real pain in the neck due to obvious reasons. AN falls under the IMO 5.1 dangerous goods class, and in some countries, you even need a so-called “military licence” to import AN.

Shall we discuss how producers try to bypass AN restrictions?

#urea#ammoniumnitrate#application#fertilizers#fertilisers#market#agriculture#imstory

@info from Ilya Motorygin

[lethimfertilise]

Urea and AN: A typical formula for comparing nitrogen units is Urea Price / 46 (N content of Urea) x 34 (N content of AN) plus 10%.

Now, let’s briefly explore why AN has this 10% premium over urea.

Urea and AN share similarities: they are granular nitrogen fertilisers, highly soluble in water. However, I would rather focus this post on their differences.

AN’s formula is NH₄NO₃, and it contains around 33-34% nitrogen, divided between ammonium (NH₄⁺) and nitrate (NO₃⁻) forms.

Upon application, urea first needs to undergo hydrolysis, a process where the enzyme urease converts it into ammonium (NH₄⁺) and carbon dioxide (CO₂). This process can lead to nitrogen loss through volatilisation, as we discussed yesterday, especially if the urea is not promptly incorporated into the soil. In contrast, AN provides nitrogen in two forms: ammonium (NH₄⁺), which is slowly absorbed by plants and remains in the soil longer, and nitrate (NO₃⁻), which is readily available for immediate plant uptake. This dual availability makes ammonium nitrate more efficient in providing a consistent nitrogen supply. The lower risk of volatilisation makes AN a more stable nitrogen source in environments where immediate incorporation into the soil is challenging.

This is where the famous 10% premium comes from. But we all know that transporting, handling, and storing AN is a real pain in the neck due to obvious reasons. AN falls under the IMO 5.1 dangerous goods class, and in some countries, you even need a so-called “military licence” to import AN.

Shall we discuss how producers try to bypass AN restrictions?

#urea #ammoniumnitrate #application #fertilizers #fertilisers #market #agriculture #imstory 

[namsuenterprise]

Hydrochloric Acid 33 %min and sulphur granular.  #hydrochloricacid #sulphur #hydrochloric #sulphurgranular #SulphuricAcid #sulfuric #sulfur #ammoniumnitrate

[covidimpact]

Ammonium Nitrate Market | Global Industry Trends, Segmentation, Business Opportunities & Forecast To 2026

The Ammonium Nitrate Market 2020 research report gives emerging industry data, global segments and regional outlook. This report covers up all details such as size, share, value, growth, restraints, and opportunities for the year 2019 to 2026. The report generated using various analysis tools like porter’s five forces model, market attractiveness and value chain. The report gives comprehensive review of the global market helping to club revenue generation and profitable business to transform client’s success.

The research report also covers the comprehensive profiles of the key players in the market and an in-depth view of the competitive landscape worldwide. The major players in the ammonium nitrate market include Yara International ASA, Orica Limited, Enaex S.A, CF Industries Holdings, Inc, Incitec Pivot Limited, Neochim Ad, Austin Powder International, EuroChem Group AG, OSTCHEM Holding Company, Fertiberia SA, Borealis.S. This section includes a holistic view of the competitive landscape that includes various strategic developments such as key mergers & acquisitions, future capacities, partnerships, financial overviews, collaborations, new product developments, new product launches, and other developments.

Get more information on "Global Ammonium Nitrate Market Research Report" by requesting FREE Sample Copy at https://www.valuemarketresearch.com/contact/ammonium-nitrate-market/download-sample

Market Dynamics

Acquiring popularity and utilization of ammonium nitrate as a fertilizer and blasting agent is likely to significantly drive the revenue growth of ammonium nitrate market. Rising demand from agriculture industry for improving soil’s nitrogen content, thus profiting in farming economy is expected to drive the demand and supply of ammonium nitrate. Ammonium nitrate has been gaining noteworthy traction across the sports industry for treating first aid injuries as the products contains heat absorption and pain alleviation properties. Medical industry is likely to create profitable growth opportunities for ammonium nitrate market with rising need for manufacturing nitrous oxide benefitting medications. However, surging consumption of urea owing to its low production cost and comparatively less harmful handling ways is expected to hinder the growth of ammonium nitrate market. The report covers Porter’s Five Forces Model, Market Attractiveness Analysis and Value Chain analysis. These tools help to get a clear picture of the industry’s structure and evaluate the competition attractiveness at a global level. Additionally, these tools also give inclusive assessment of each segment in the global market of ammonium nitrate.

Browse Global Ammonium Nitrate Market Research Report with detailed TOC at https://www.valuemarketresearch.com/report/ammonium-nitrate-market

Market Segmentation

The report segments the ammonium nitrate market and analyses it with respect to the geography, intending to keep the marketer informed and help them identify the target demographics for the product or service. By Application Industry

Explosives

Agriculture

Others

By End-Use

Nitrous     Oxide Manufacture

Military     Explosives

Commercial     and Civilian Explosives and Blasting Agents

Fertilizers

Regional Analysis

This section covers regional segmentation which accentuates on current and future demand for aerosol valve market across North America, Europe, Asia-Pacific, Latin America, and Middle East & Africa. Further, the report focuses on demand for individual application segment across all the prominent regions.

Purchase Complete Global Ammonium Nitrate Market Research Report at https://www.valuemarketresearch.com/contact/ammonium-nitrate-market/buy-now

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[indian-news-network]

Just after a month of Lebanon explosion a huge fire has emerged in the same spot. Fire department & rescue teams are trying to control the fire. The reason of the fire is still unkown. The Beirut blast took nearly 190 lives on August-04. #BeirutExplosion #Fire #Lebanon #beirut #BeirutExplosions #beirutfire #fireinlebanon #Lebanon #ammoniumnitrate #fire https://www.instagram.com/p/CE9IxtfpSnW/?igshid=117651i3ohwp9

[chemsir-talking-chemistry]

[M.C. Challenge] What is the chemical formula of ammonium nitrate? A. NH₃NO₂ B. NH₃NO₃ C. NH₄NO₂ D. NH₄NO₃ 🤔 ------------------------------------------------------------------------ 👍Please like, comment and share @chemsir.talking.chemistry and tag your friends. ------------------------------------------------------------------------ 👉Follow @chemsir.talking.chemistry and @chemsir_lee_wai_hon for more chemistry materials. ------------------------------------------------------------------------ 🙏🏻Thank you for your support. Wish you enjoy the page! ------------------------------------------------------------------------ #ChemsirTalkingChemistry #chem #chemistry #science #ChemsirMCChallenge #ChemicalFormula #explosion #explosive #AmmoniumNitrate #Lebanon #Beirut #Beirut_Lebanon #2021dse #2022dse #hkdse #dse #dse2021 #dse2022 #Chemsir同你講化學 #化學 #科學 #爆炸 #爆炸性 #硝酸銨 #爆炸品 #危險品 #黎巴嫩 #貝魯特 #化學式 #Chemsir https://www.instagram.com/p/CDnvR17B4mO/?igshid=1xd6xapjf0ka6

[bgpromotionsinc]

#PrayingforLebanon #PrayingforBeirut #Repost @scool.in_ • • scool.in_ The size of the explosion that ripped through the port in the Lebanese capital Beirut has shocked the world. Some 300,000 people have been left homeless, at least 137 were killed and thousands have been injured. But what really caused it was the biggest mystery. Some even speculated it to be a nuclear explosion. But, investigation is underway and authorities have revealed that it was caused by 2,750 of combustible chemical that had been stored on the port for 6 years. What was this chemical and how did it end up on Beirut's port? While Beirut is still grappling from the aftereffects of this tragedy, India too is facing the same danger. #Beirutexplosion #Lebanon #Lebanonunrest #India#Chennai #PrayforLebanon #PrayforBeirut #ammoniumnitrate #scool #scoolgeeks #ThruMeTheySeeYou https://www.instagram.com/p/CDlcyCNFCVk/?igshid=tu837tkblyqi

[sinolandchem-leo]

Dear Friend，

I'm Leo from SinolandChem , we are Chemical suppliers in China.High-quality chemical raw materials from China We don't just provide chemicals, if you need other products, I would be happy to help you.

I think you will be interested in the most cost-effective chemical raw materials from China, Please feel free to contact me via the business card below. please check our product list.

🏆 Ourwebsite ：

QINGDAO SINOLAND INTERNATIONAL TRADE CO.,LTD

——

Below are some of our high-quality chemical products

emulsion explosives, detonators, detonating cords, detonators, industrial ammonium nitrate, porous ammonium nitrate

Ammonium nitrate 硝酸铵 6484-52-2 3102300000 【PPAN、CPAN】 硝酸铵 6484-52-2 3102300000 Sodium nitrate 硝酸钠 7631-99-4 3102500000 Sodium nitrite 亚硝酸钠 7632-00-0 2834100000 Ternary molten salt 三元熔盐

Iodine 碘颗粒/粉末 7553-56-2 2801200000 Bromine 溴 7726-95-6 2801302000 Benzene 苯 71-43-2 2902200000 Sulfur 硫磺 7704-34-9 2503000000 Liquid chlorine 液氯 7782-50-5 2801100000 Hydrogen peroxide 双氧水 7722-84-1 2847000000 hydrogen 氢气 1333-74-0 2804100000 nitrogen 氮气 7727-37-9 2804300000 Aniline 苯胺 122-98-5 2921411000 Phenol 苯酚 108-95-2 2907111000 Nitrocellulose 硝化纤维素 9004-70-0 39122011 Acetone 丙酮 67-64-1 2914110000 Sodium cyanide 氰化钠 143-33-9 2837111000 Morpholine 吗啉 110-91-8 2934 99 90 Sodium azide 叠氮化钠 26628-22-8 28500060 Sodium sulfide 硫化钠 1313-82-2 2830101000 Sodium hydrogen sulfide 硫化氢钠 16721-80-5 2830109000

Nitrocellulose 硝化纤维素 9004-70-0 3912200000 Activated carbon 活性炭 7440-44-0 3802101000/3802109000 Coal, barbecue coal 煤炭,烧烤炭 125612-26-2 7321890000 Glass powder 玻璃粉 14808-60-7 3207400000

Titanium dioxide 钛白粉 13463-67-7 3206111000 "Pharmaceutical intermediates" 医药中间体 96-53-7 Resins 树脂 201058-08-4 3506990000 Coatings 涂料 3208901011 Formaldehyde 甲醛 50-00-0 2912110000 Cresol 甲酚 1319-77-3 2907121900 Styrene 苯乙烯 100-42-5 2902500000 Stannic octoate 辛酸亚锡 301-10-0 2915900090 Tetrahydrofuran 四氢呋喃 109-99-9 2932110000 Trimethylamine 三甲胺 75-50-3 2921110090 Dimethyl ether 二甲醚 115-10-6 2909191000 Butyraldehyde 正丁醛 123-72-8 2912 19 00 Glutaraldehyde 戊二醛 111-30-8 29121900 Petroleum ether 石油醚 8030-30-6 2710123000 Methylal 甲缩醛 109-87-5 2911 00 00 Xylene 二甲苯 95-47-6 29024100 Adhesives 胶黏剂 Xanthan gum 黄原胶 11138-66-2 32139000 Lime nitrogen 石灰氮 156-62-7 31029010 Sodium fluoride 氟化钠 7681-49-4 2826192010 Diethanolamine 二乙醇胺 111-42-2 2922120001 Caprolactam 己内酰胺 105-60-2 29337100 Melamine 三聚氰胺 108-78-1 2933610000 Bisphenol A 双酚A -80-05-7 2907230001 Plastics 塑料 9002-84-0 39046100 Glycerin 甘油 56-81-5 29054500 Furfuryl alcohol 糠醇 98-00-0 2932 13 00 Furfural 糠醛 CAS: 98-01-1 2932 12 00 Paraformaldehyde 多聚甲醛 30525-89-4 2912600000 Polyphosphoric acid 多聚磷酸 8017-16-1 28092000 Acid dextrin 酸性糊精 9004-53-9 35051000 Nitrobenzene 硝基苯 804-36-4 2904201000

Hydrochloric acid 盐酸 7647-01-0 28061000 Nitric acid 硝酸 7697-37-2 28080000 Sulfuric acid 硫酸 7664-93-9 2807000010 Phosphoric acid 磷酸 7664-38-2 2809201100 Oxalic acid 草酸 144-62-7 2917111000 Acetic acid 醋酸 64-19-7 29152100 Formic acid 甲酸 64-18-6 2915110000 Propionic acid 丙酸 CAS: 79-09-4 2915501000 Iodic acid 碘酸 7782-68-5 28111980 Sulfuric acid 硫磺酸 107-35-7 29211980 Tartaric acid 酒石酸 526-83-0 2918120000 Industrial oleic acid 工业油酸 112-80-1 29161500 Adipic acid 己二酸 124-04-9 2917120001 Isooctanoic acid 异辛酸 149-57-5 29159080 Methanol 甲醇 67-56-1 2905110000 Ethanol 乙醇 64-17-5 2207100000 Propanol 丙醇 71-23-8 2905121000 Butanediol 丁二醇 19132-06-0 2905399002 Octyl alcohol 辛醇 111-87-5 2905161000 Propylene glycol 丙二醇 57-55-6 2905320000 Ethyl acetate 乙酸乙酯 141-78-6 2915310000

Potassium nitrate 硝酸钾 7757-79-1 2834219000 Magnesium nitrate 硝酸镁 10377-60-3 2834299090120 Copper nitrate 硝酸铜 3251-23-8 2834299090129 Aluminum nitrate 硝酸铝 13473-90-0 2834299090122 Iron nitrate 硝酸铁 10421-48-4 2834299090126 Zinc nitrate 硝酸锌 7779-88-6 2834299090114 Strontium nitrate 硝酸锶 10042-76-9 2834299090110 Barium nitrate 硝酸钡 10022-31-8 28342990 Lithium nitrate 硝酸锂 7790-69-4 2834299090104 Lead nitrate 硝酸铅 10099-74-8 2834299090118 Rubidium nitrate 硝酸铷 13126-12-0 28342980 Cesium nitrate 硝酸铯 7789-18-6 2834299090108 Chromium nitrate 硝酸铬 13548-38-4 2834299090124 Cobalt nitrate 硝酸钴 10141-05-6 2834299090 Silver nitrate 硝酸银 7761-88-8 28432100 Manganese nitrate 硝酸锰 10377-66-9 2834299090125

Potassium chloride 氯化钾 7447-40-7 3104209000 Sodium chloride 氯化钠 7647-14-5 2501001900 Magnesium chloride 氯化镁 7786-30-3 2827310000 Ferric chloride 氯化铁 7705-08-0 2827399000113 Calcium chloride 氯化钙 10043-52-4 2827200000 Aluminum chloride 氯化铝 7446-70-0 2827320000 Zinc chloride 氯化锌 7646-85-7 2827399000124 Ammonium chloride 氯化铵 12125-02-9 2827101000/2827109000 Cobalt chloride 氯化钴 7646-79-9 2827393000 Chromium chloride 氯化铬 10025-73-7 28273985 Cesium chloride 氯化铯 7647-17-8 28273980 Silver chloride 氯化银 7783-90-6 2843290090102

Sodium sulfate 硫酸钠 7757-82-6 28331100 Magnesium sulfate 硫酸镁 7487-88-9 2833210000 Ammonium sulfate 硫酸铵 7783-20-2 3102210000 Potassium sulfate 硫酸钾 7778-80-5 3104300000 Calcium sulfate 硫酸钙 7778-18-9 28332980 Silver sulfate 硫酸银 10294-26-5 28432900 Chromium sulfate 硫酸铬 10101-53-8 2833292000 Chromium formate 甲酸铬 27115-36-2 2915120000 Cobalt sulfate 硫酸钴 10026-24-1 2833299010

Sodium hydroxide 氢氧化钠 1310-73-2 2815110000 Potassium hydroxide 氢氧化钾 1310-58-3 2815200000 Magnesium hydroxide 氢氧化镁 1309-42-8 2816100090 Calcium hydroxide 氢氧化钙 1305-62-0 2825 90 19 Iron hydroxide 氢氧化铁 1309-33-7 2821100000102

Sodium carbonate 碳酸钠 497-19-8 2836200000 Potassium carbonate 碳酸钾 584-08-7 2836400000102 Calcium carbonate 碳酸钙 471-34-1 2836500000 Silver carbonate 碳酸银 534-16-7 28432900 Sodium percarbonate 过碳酸钠 15630-89-4 2836999000 Sodium bicarbonate 碳酸氢钠 144-55-8 2836300000 Sodium arsenite 亚砷酸钠 7784-46-5 2842909013

Ammonium bicarbonate 碳酸氢铵 1066-33-7 2836994000102 Diammonium phosphate 磷酸二铵 7783-28-0 31053000 Sodium phosphate 磷酸钠 7558-79-4 3105300090 Trisodium phosphate 磷酸三钠 7601-54-9 2835291000 Potassium phosphate 磷酸钾 53006-98-7 28352910 Potassium pyrophosphate 焦磷酸钾 7320-34-5 28353990 Tripotassium phosphate 磷酸三钾 7778-53-2 2835240000104 Aluminum phosphate 磷酸铝 7784-30-7 2835299000103 Calcium phosphate 磷酸钙 7758-87-4 28352600

Potassium chlorate 氯酸钾 CAS: 3811-04-9 2829191000 Sodium chlorate 氯酸钠 CAS: 7775-09-9 2829110000 Barium chlorate 氯酸钡 10294-38-9 2829199000 Sodium hypochlorite 次氯酸钠 7681-52-9 2828900000 Sodium chlorite 亚氯酸钠 7758-19-2 2828900000103 Calcium hypochlorite 次氯酸钙 7778-54-3 2828100000

Sodium perchlorate 高氯酸钠 7601-89-0 2829900090103 Potassium perchlorate 高氯酸钾 7778-74-7 2829900020 Ammonium perchlorate 高氯酸铵 7790-98-9 2829900090 Potassium dichromate 重铬酸钾 7778-50-9 2841500000 Sodium dichromate 重铬酸钠 10588-01-9 2841500000

Tellurium Te 碲 Te 13494-80-9 2804500001 Indium In 铟 In 7440-74-6 8112 99 70 Gallium Ga 镓 Ga 7440-55-3 81129290 Cadmium Cd 镉 Cd 7440-43-9 8107 20 00 Antimony Sb 锑 Sb 7440-36-0 8110102000 Phosphorus P 磷 P 7723-14-0 28047000 Arsenic As 砷 As 7440-38-2 2804800000 Aluminum Al 铝 Al 7429-90-5 7603100010 Beryllium Be 铍 Be 7440-41-7 8112120000 Copper Cu 铜 Cu 7440-50-8 74081100 germanium Ge 锗 Ge 7440-56-4 28053090 Zinc Zn 锌 Zn 7440-66-6 7904 00 00 Tin Sn 锡 Sn 7440-31-5 8003000000 Mercury Hg 汞 Hg 7439-97-6 2805400000

Copper oxide 氧化铜 1317-38-0 28255000 Iron oxide 氧化铁 1309-37-1 2821100000 Aluminum oxide 氧化铝 1344-28-1 2818200000

Niobium pentoxide Nb2O5 五氧化二铌 Nb2O5 1313-96-8 2825904910 Zirconium dioxide ZrO2 二氧化锆 ZrO2 1314-23-4 2825600090 Tantalum pentoxide Ta2O5 五氧化二钽 Ta2O5 1314-61-0 28259085 Titanium pentoxide Ti3O5 五氧化三钛 Ti3O5 12065-65-5 2823000000 Zinc sulfide ZnS 硫化锌 ZnS 1314-98-3 28309085 Silicon dioxide SiO2 二氧化硅 SiO2 14808-60-7 2811229000

Gallium antimonide GaSb 锑化镓 GaSb 12064-03-8 2853909029 Indium antimonide InSb 锑化铟 InSb 1312-41-0 3818009000 Cadmium telluride CdTe 碲化镉 CdTe 1306-25-8 2842902000 Bismuth telluride Bi2Te3 碲化铋 Bi2Te3 1304-82-1 2842909090 Gallium telluride Ga2Te3 碲化镓 Ga2Te3 12024-14-5 8106001091 Zinc telluride ZnTe 碲化锌 ZnTe 1315-11-3 CdZnTe 碲锌镉 CdZnTe 8107900000 Indium Phosphide InP 磷化铟 InP Germanium phosphide GeP 磷化锗 GeP Cadmium selenide CdSe 硒化镉 CdSe 1306-24-7 2842909023 Germanium sulfide Ge2S3 硫化锗 Ge2S3 12025-32-0 8112991000 Steel gallium tin InGaSn 钢镓锡 InGaSn Antimony dioxide SbO2 二氧化锑 SbO2 2025820 28112900 Indium trioxide In2O3 三氧化二铟 In2O3 Germanium dioxide GeO2 二氧化锗 GeO2 1310-53-8 2825 60 00 Bismuth trioxide Bi2O3 三氧化二铋 Bi2O3 1304-76-3 2825902100 Tellurium dioxide Te02 二氧化碲 Te02 2025820 28112900 Gallium trioxide Ga2O3 三氧化二镓 Ga2O3 12024-21-4 28259090

Urea for vehicles 车用尿素 57-13-6 31021000 Urea for agriculture 农用尿素 57-13-6 3102100010101 尿素硝酸铵溶液 3102800000 PCU 控释氮肥 3105590000 NPK 氮磷钾复合肥 66455-26-3 3105200010 MOP 氯化钾肥 7447-40-7 3104202000 DAP 磷酸氢二铵 7783-28-0 3105300090 MAP 磷酸一铵 7722-76-1 3105590000 MKP 磷酸二氢钾 7778-77-0 2835240000 magnesium sulfate 硫酸镁 7487-88-9 2833210000 ammonium sulfate 硫酸铵 7783-20-2 31022100 sodium sulfate 硫酸钠 7757-82-6 2833190000 soil conditioner 土壤调理剂 38249090 water-soluble fertilizer 水溶肥 3105909090 organic-inorganic fertilizer 有机无机肥 3105901000 compound fertilizer 复合肥 3105901000301 Ammonium nitrate calcium, 硝酸铵钙 15245-12-2 3102600000 Calcium nitrate 硝酸钙 10124-37-5 3102600000 Urea compound fertilizer 尿素-复合肥-各类 58069-82-2 38249090 trace elements Amino acids 微量元素氨基酸肥 31052000.01 other fertilizer products 其他肥料产品

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[thefreecloset]

Ammonium nitrate (NH4NO3) is basically a salt used as a fertilizer in agriculture, but if it is combined with fuel oils, it becomes highly explosive being used widely by the construction and the mining industries. This very fact is being heavily suspected to have happened causing the disastrous explosion in the history of Beirut. On reaction with other specific substances, ammonium nitrate actually releases oxygen and helps the burning process vigorously.

[myvq]

#Beirut - "The aftermath of what was initially being dubbed as a fireworks accident, has now been blamed on 2750 tonnes of #AmmoniumNitrate stored at the port. Ammonium nitrate is mostly utilized in fertilizers. It has an RE factor of 1/0.74 compared to TNT. Meaning the explosion likely had a yield of 2 kilotons TNT equivalent, effectively the yield of a tactical #nuclear warhead." https://www.instagram.com/p/CDhCz_MjZVY/?igshid=1inb0ycsnyccl

[tomwoodwardvideos]

🧨 💣 Up at work a few moths ago a storm and resulting slip brought down a huge tree across the track. I finally got rid of it today with about 13kg of ammonium nitrate/ANFO and a bit of power gel. I ended up doing 2 blasts because I wanted to save explosives so didn���t pack in as much as I might otherwise have done in the first shot. One of the main problems of being in such a remote location is the logistics of getting in supplies by helicopters 🚁 that don’t always fly because of the weather. . . #explosives #explosion #blasting #anfo #work #backcountry #ammoniumnitrate #trailbuilding (at Southern Alps) https://www.instagram.com/p/B4J6-YbAVcu/?igshid=1f8d8ay4vsmc

[sixty4rainy]

Infra red camera tells everything . . . . . . . #lebanon #lebanon🇱🇧 #prayforlebanon #prayforpeace #wartime #warzone #warriors #timeforwar #ingodwetrust #allahuakbar #nuclearpower #propaganda #togetherwearestronger #unity #oneunitedpower #undergod #infraredcamera #infrared #evidence #ammoniumnitrate #camoflauge #armageddon #missile #longrange https://www.instagram.com/p/CDolv88FZ2K/?igshid=ztq5urzebtfq