#Nitrogen Price chart

[chemanalystdata]

Nitrogen Prices Trend, Pricing, Database, Index, News, Chart, Forecast

Nitrogen prices play a pivotal role in the global agricultural industry, affecting farmers, producers, and consumers alike. As a key component of fertilizers, nitrogen is essential for promoting plant growth and maximizing crop yields. The fluctuation in nitrogen prices is influenced by various factors, including supply and demand dynamics, production costs, weather conditions, and geopolitical factors.

In recent years, nitrogen prices have experienced significant volatility, driven by shifts in global market dynamics. Supply disruptions, such as plant shutdowns or production delays, can lead to temporary spikes in prices. Conversely, periods of oversupply can exert downward pressure on prices, impacting the profitability of nitrogen producers.

The agricultural sector is a major consumer of nitrogen-based fertilizers, accounting for a significant portion of global nitrogen demand. As such, changes in agricultural practices, crop patterns, and adoption of advanced technologies can influence the demand for nitrogen products, thereby impacting prices.

Get Real Time Prices of Nitrogen: https://www.chemanalyst.com/Pricing-data/nitrogen-1097

Moreover, macroeconomic factors, such as currency fluctuations and inflation, can also influence nitrogen prices. A weakening of the local currency in key producing regions can increase the cost of imported raw materials, leading to higher production costs and subsequently higher prices for nitrogen-based fertilizers.

Geopolitical tensions and trade disputes can further exacerbate price volatility in the nitrogen market. Tariffs, sanctions, or restrictions on trade can disrupt supply chains and limit market access, leading to price spikes or supply shortages in certain regions.

Environmental regulations and sustainability initiatives are also playing an increasingly important role in shaping the nitrogen market. Concerns about water pollution, greenhouse gas emissions, and soil health are prompting policymakers to introduce stricter regulations on nitrogen usage and emissions, which could impact production costs and prices in the long run.

The emergence of alternative sources of nitrogen, such as biological or renewable nitrogen, could also influence traditional nitrogen prices. These alternative sources offer potential benefits in terms of sustainability and environmental impact, but their adoption and commercialization may depend on technological advancements and cost competitiveness relative to conventional nitrogen products.

In conclusion, nitrogen prices are subject to a complex interplay of factors, ranging from supply and demand dynamics to geopolitical tensions and environmental regulations. Understanding these factors and their potential impact is essential for stakeholders in the agricultural industry to navigate price volatility and make informed decisions regarding fertilizer usage and production.

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[justagric-blog]

Liquid Nitrogen Fertilizer 26-0-0 - Spring Liquid Fertilizer for Lawns, Liquid Nitrogen Spray, High Nitrogen Fertilizer for Grass Fertilizer, Liquid Lawn Fertilizer Lawn Food (128oz)

Price: (as of – Details) Product Description 1 BEFORE 2 AFTER 3 NITROGEN BOOST FOR LAWNS 1 DIRECTIONS FOR USE 2 MIX RATIO CHART 1 BEST PAIRED WITH 2 AS SEEN IN 3 AMERICAN COMPANY Product Dimensions ‏ : ‎ 8 x 5.5 x 11.25 inches; 9 Pounds Date First Available ‏ : ‎ February 25, 2024 Manufacturer ‏ : ‎ Petra ASIN ‏ : ‎ B0CP49G2VJ Country of Origin ‏ : ‎ USA CONTROLLED RELEASE NITROGEN: Nitrogen…

[lethimfertilise]

“To Buy, Or Not To Buy? That Is The Question!”

CNBC published an article on their website on Monday titled "This agricultural trade is bottoming with more upside likely ahead, according to the charts".

Okay, I’m not disputing this article now, but let's assume the author is right and we shall expect prices to rise. Coincidentally, this happens when the Northern Hemisphere is entering a phase of slow demand, dictated by the end of the spring application programme. So, will a possible uptick in agricultural prices trigger the purchase and price of fertilisers, particularly nitrogen?

My view on urea supply these days is quite simple: any importer, in any part of the world, can have a shipment of any quantity of urea within the latest two weeks from the moment of placing the purchase order:

- Brazil is easily covered by floating cargoes, urea from Russia and Nigeria.

- India - well, you know it better than me.

- Europe is a sandbox of Algeria, Egypt, and Russia.

- Etc...

This makes the summer refill programme less attractive for importers and farmers unless an exchange ratio between future crop prices and fertilisers becomes very attractive. Question - what does "attractive" mean? How much is the fish?

Let’s look at Egypt, which was a newsmaker yesterday, with several Egyptian producers selling 85,000 metric tonnes in the range of $286-293 per metric ton FOB. Corn on the CBOT meanwhile ended the day at $4.78 per bushel, making the ratio equal to 59.83 (using the lower indication of $286 per metric ton). Last year, a similar price of $285 per metric ton FOB was the lowest indication, before the market took off and was reported on June 6, 2023. Corn cost $5.34 per bushel, making the ratio equal to 53.37.

If we follow the logic, and based on today’s corn prices, urea should be around $255 per metric ton to be considered "attractive" for a stock refill purchase. Or even lower. Needless to say, it's way too early to talk about "refill" at all.

I do think that yesterday's purchases in Egypt were made to cover the existing shorts in Europe and to catch the last demand of this prolonged spring demand. Sorry, my fellow friends-producers, but I still think another correction is on the way.

However, I’ve been wrong many times before!

#fertilizers #fertilisers #corn #ration #urea #egypt #india #price #brazil #eu #imstory

[pearlsmith25]

Cryogenic Tanks Market Saga: Unraveling the Intricacies of Liquid Oxygen Preservation

Cryogenic tanks are vacuum insulated vessels used for storing cryogenic liquids such as liquid nitrogen, liquid oxygen, liquid argon, liquid carbon dioxide and liquid hydrogen at very low temperatures. They are primarily used in several industrial applications such as metal manufacturing, energy & power, electronics, medical technology, food & beverage and shipping. Cryogenic tanks play a vital role in ensuring safe and efficient transportation along with storage of industrial gases. The global Cryogenic Tanks Market is estimated to be valued at US$ 6.51 Bn in 2023 and is expected to exhibit a CAGR of 5.0% over the forecast period 2023 to 2030, as highlighted in a new report published by Coherent Market Insights.

Market Opportunity:

The growing demand for industrial gases from various end-use industries such as healthcare, energy & power, food & beverage and metal manufacturing is expected to drive the growth of cryogenic tanks market over the forecast period. Industrial gases like oxygen, nitrogen and argon find wide applications in the manufacturing processes of these industries. Moreover, the demand for liquified natural gas is also growing significantly owing to rising focus on cleaner sources of fuel. This is expected to increase the need for cryogenic storage and transportation solutions like cryogenic tanks and tankers. The ability of cryogenic tanks to efficiently store industrial gases at very low temperatures makes them ideal for the safe handling and transportation of gases over long distances. Thus, the increasing demand for industrial gases from different industries presents lucrative market opportunities for cryogenic tanks during the forecast period.

Porter's Analysis Threat of new entrants: Moderate, high capital requirements for manufacturing cryogenic tanks act as a barrier. However, growing demand opens opportunities. Bargaining power of buyers: Moderate to high. Large buyers can negotiate on price and demand better service levels. However, specialized nature of tanks reduces impact. Bargaining power of suppliers: Moderate. Major suppliers have established relationships but availability of raw material alternatives provides options. Threat of new substitutes: Low. Cryogenic tanks have few substitutes for storage of liquefied gases in large volumes. Competitive rivalry: High. Global players compete on technology, quality, pricing and services. Regional players add competition.

SWOT Analysis Strengths: Growing liquefied gas market. Established infrastructure and technology leadership of major players. Weaknesses: High capital investment requirements. Volatility in raw material prices impacts costs. Opportunities: Rising adoption in new applications like LNG as fuel. Expanding gases market in developing regions. Threats: Stringent regulations over safety and emissions. Substitution threat from alternative gas storage technologies.

Key Takeaways

The global Cryogenic Tanks Market is expected to witness high growth over the forecast period between 2023 to 2030.Technological advancements for more efficient operations and rising demand for liquefied gases like LNG are driving the market.

Regionally, North America leads currently due to large liquefaction plants and increasing exports of natural gas. Asia Pacific is expected to be the fastest growing market due to massive demand from industries and increasing LNG imports in major economies like China and India. Countries like China, Japan and South Korea are focusing on expanding LNG receiving and regasification terminals which will further accelerate cryogenic tanks demand.

Key players operating in the Cryogenic Tanks market are ArcelorMittal, China Baowu Group, Nippon Steel Corporation, POSCO, Shagang Group, Ansteel Group, Glencore, Sumitomo Metal Mining Company, Linde, INOX India Pvt., Cryofab, FIBA Technologies, Air Products and Chemicals, Inc., M1 Engineering, Chart Industries, Wessington Cryogenics, Isisan, Lapesa, Auguste Cryogenics, and Hoover Ferguson Group, Inc. These companies are focusing on partnerships, new product developments and expansion in high growth regions to strengthen their positions.

[endrusmithreal]

The Impact of Global Markets on Diammonium Phosphate (DAP) Price Trends

Throughout H1 2023, Asian Diammonium Phosphate (DAP) Prices experienced fluctuating trends driven by steady downstream demands, maintaining a narrow range initially. However, by mid-Q2, declining offtakes led to a southward shift in momentum. In Europe, reduced freight and crude oil prices lowered upstream costs, contributing to decreased DAP prices. North America reflected global trends, with oversupply and weak demands causing bearish market sentiments.

Definition

Diammonium Phosphate (DAP) is a widely used fertilizer containing both nitrogen and phosphorus. It's a granular substance formed by reacting ammonia with phosphoric acid. DAP provides essential nutrients for plant growth, promoting healthy root development, flower formation, and fruit production. It's applied to various crops to enhance soil fertility and increase agricultural yields.

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Key Details About the DAP (Diammonium Phosphate) Price Trend:

Procurement Resource does an in-depth analysis of the price trend to bring forth the monthly, quarterly, half-yearly, and yearly information on the DAP (Diammonium Phosphate) in its latest pricing dashboard. The detailed assessment deeply explores the facts about the product, price change over the weeks, months, and years, key players, industrial uses, and drivers propelling the market and price trends.

Each price record is linked to an easy-to-use graphing device dated back to 2014, which offers a series of functionalities; customization of price currencies and units and downloading of price information as Excel files that can be used offline.

The DAP (Diammonium Phosphate) Price chart, including India DAP (Diammonium Phosphate) price, USA DAP (Diammonium Phosphate) price, pricing database, and analysis can prove valuable for procurement managers, directors, and decision-makers to build up their strongly backed-up strategic insights to attain progress and profitability in the business.

Industrial Uses Impacting the DAP (Diammonium Phosphate) Price Trend:

Key Players:

Sichuan Blue Sword Chemical (Group)Co., Ltd.

Jordan Phosphate Mines Co.PLC

Coromandel International Limited

Ava Chemicals

Ballance Agri-Nutrients Ltd.

China Blue Chemicals Ltd.

Saudi Arabian Mining Company ("MA'ADEN")

About Us:

Procurement Resource offers in-depth research on product pricing and market insights for more than 500 chemicals, commodities, and utilities updated daily, weekly, monthly, and annually. It is a cost-effective, one-stop solution for all your market research requirements, irrespective of which part of the value chain you represent.

We have a team of highly experienced analysts who perform comprehensive research to deliver our clients the newest and most up-to-date market reports, cost models, price analysis, benchmarking, and category insights, which help in streamlining the procurement process for our clientele. Our team tracks the prices and production costs of a wide variety of goods and commodities, hence providing you with the latest and consistent data.

To get real-time facts and insights to help our customers, we work with a varied range of procurement teams across industries. At Procurement Resource, we support our clients, with up-to-date and pioneering practices in the industry, to understand procurement methods, supply chain, and industry trends, so that they can build strategies to achieve maximum growth.

[surplusoilfieldequipment]

2008 Stewart and Stevenson Trailer Mounted itrogen Pump System in Excelle Condition

Watch video on YouTube here: https://youtu.be/u-w35gD5Acs https://inventory.freeoilfieldquote.com/product/2008-stewart-and-stevenson-trailer-mounted-nitrogen-pum Name : 2008 Stewart and Stevenson Trailer Mounted Nitrogen Pump System Code : 04968368 Type : Standard Brand : Stewart and Stevenson Category : Trucks/Trailers/ATV subcategory : Trucks – Trailer – Nitrogen Price : $365,500.00 Unit : Each (Each) In Stock : Yes Location : USA Type : Used Condition : Excellent Available Quantity : 1

2008 Stewart and Stevenson Trailer Mounted Nitrogen Pump System Specifications Manufacturer: Stewart & Stevenson Model: Nitrogen Pump Trailer Year: 2008 Tractor: 2004 Peterbilt 379 Engines: Detroit 60 Series Transmissions: Allison Nitrogen Tank: Certified By Chart Inc Tank Maximum Working Pressure: 45 PSI Tank Temperature Rating: -320 F to 100 F Pump: ACD 3-GUPD Cryogenic Reciprocating Pump

from Oilfield Equipment Manager https://rignetwork.wordpress.com/2023/04/15/2008-stewart-and-stevenson-trailer-mounted-itrogen-pump-system-in-excelle-condition/

[sciencespies]

Cultivated seaweed can soak up excess nutrients plaguing human health and marine life

https://sciencespies.com/environment/cultivated-seaweed-can-soak-up-excess-nutrients-plaguing-human-health-and-marine-life/

Cultivated seaweed can soak up excess nutrients plaguing human health and marine life

It’s easy to think that more nutrients — the stuff life needs to grow and thrive — would foster more vibrant ecosystems. Yet nutrient pollution has in fact wrought havoc on marine systems, contributing to harmful algae blooms, worse water quality and oxygen-poor dead zones.

A team of researchers from UC Santa Barbara has proposed a novel strategy for reducing large amounts of nutrients — specifically nitrogen and phosphorus — after they have already been released into the environment. In a study appearing in the journal Marine Policy, the authors contend that seaweed’s incredible ability to draw nutrients from the water could provide an efficient and cost-effective solution. Looking at the U.S. Gulf of Mexico, the team identified over 63,000 square kilometers suitable for seaweed aquaculture.

“A key goal of conservation ecology is to understand and maintain the natural balance of ecosystems, because human activity tends to tip things out of balance,” said co-author Darcy Bradley, co-director of the Ocean and Fisheries Program at the university’s Environmental Markets Lab. Activities on land, like industrial-scale farming, send lots of nutrients into waterways where they accumulate and flow into the ocean in greater quantities than they naturally would.

Opportunistic algae and microbes take advantage of the glut of nutrients, which fuel massive blooms. This growth can have all kinds of consequences, from producing biotoxins to smothering habitats in virtual monocultures. And while these algae produce oxygen when they’re alive, they die so suddenly and in such volume that their rapid decomposition consumes all the available oxygen in the water, transforming huge swaths of the ocean into so-called “dead zones.”

Cultivated seaweed could draw down available nutrients, the authors claim, limiting the resources for unchecked growth of nuisance algae and microbes. Seaweeds also produce oxygen, which could alleviate the development of hypoxic dead zones.

The authors analyzed data from the U.S. Gulf of Mexico, which they say exemplifies the challenges associated with nutrient pollution. More than 800 watersheds across 32 states deliver nutrients to the Gulf, which has led to a growing low-oxygen dead zone. In 2019, this dead zone stretched just over 18,000 square kilometers, slightly smaller than the area of New Jersey.

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Cortez grunt fish swim beneath a “red tide” algae bloom near the Bat Islands in Costa Rica’s Santa Rosa National Park. Cortez grunt fish swim beneath a “red tide” algae bloom near the Bat Islands in Costa Rica’s Santa Rosa National Park. Blooms like these can release biotoxins and create oxygen-poor dead zones in the ocean.

Using open-source oceanographic and human-use data, the team identified areas of the gulf suitable for seaweed cultivation. They found roughly 9% of the United States’ exclusive economic zone in the gulf could support seaweed aquaculture, particularly off the west coast of Florida.

“Cultivating seaweed in less than 1% of the U.S. Gulf of Mexico could potentially reach the country’s pollution reduction goals that, for decades, have been difficult to achieve,” said lead author Phoebe Racine, a Ph.D. candidate at UCSB’s Bren School of Environmental Science & Management.

“Dealing with nutrient pollution is difficult and expensive,” Bradley added. The U.S. alone spends more than $27 billion every year on wastewater treatment.

Many regions employ water quality trading programs to manage this issue. In these cap-and-trade systems regulators set a limit on the amount of a pollutant that can be released, and then entities trade credits in a market. Water quality trading programs exist all over the U.S., though they are often small, bespoke and can be ephemeral. That said, they show a lot of promise and, according to Racine, have bipartisan support.

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Seaweed aquaculture would fit nicely within these initiatives. “Depending on farming costs and efficiency, seaweed aquaculture could be financed by water quality trading markets for anywhere between $2 and $70 per kilogram of nitrogen removed,” Racine said, “which is within range of observed credit prices in existing markets.”

What’s more, the researchers note that demand is rising for seaweed in food and industry sectors. Potential products include biofuel, fertilizer and food, depending on the water quality, Racine said. This means that, unlike many remediation strategies, seaweed aquaculture could pay for itself or even generate revenue.

And the time seems ripe for the authors’ proposal. “The U.S. has traditionally had a lot of barriers to getting aquaculture in the ocean,” Bradley explained. “But there is mounting political support in the form of drafted bills and a signed executive order that could catalyze the expansion of the U.S. aquaculture industry.”

This study is the first of several to come out of the Seaweed Working Group, an interdisciplinary group of researchers looking to understand and chart the potential of seaweed aquaculture’s benefits to society. They are currently investigating a range of other ecosystem services that seaweed cultivation could provide, such as benefits to surrounding fisheries and carbon capture. The researchers are also working on a paper that explores nitrogen and phosphorous removal at the national level with fine-scale scale analysis modeling nutrient removal from native seaweeds off the coast of Florida.

As long as humans continue adding nutrients to the environment, nature will find ways to use them. By deliberately cultivating seaweeds, we can grow algae that we know are benign, helpful, or even potentially useful, rather than the opportunistic algae that currently draw upon these excess nutrients.

#Environment

[yaochemical]

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[anabantoid]

Altering pH, what's it for, how do you do it?

We've heard it a lot before, "I don't need a certain pH, I just need a stable pH" and we've never questioned it. And why should we? What is pH, the measured scale of acidic to alkaline, and how does it effect the lives of our fish in the aquaria and outside of it? 

First let's start off with what it is. As mentioned above, pH is a scale with which you measure the acidity or alkalinity of a liquid, your soil, even some parts of your body, and more. Here's a good chart.

Here’s the short and sweet version:

You can’t just dunk in a bunch of pH down to lower your pH, or you’ll cause the pH to drop, then rise back up, and kill your fish.

You have to determine your kH and pH from the tap

High kH will prevent your pH from being lowered because of its high buffering capabilities, low kH will make your pH swing wildly because of its lack of buffering capabilities

Play around with altering your water in an unstocked tank to get a feel for the procedure and how much remineralizer to use or chemical buffers to use without harming your fish.

RO/DI will give you water with 0 kH and 0 gH. Use Salty Shrimp gH/kH+ to remineralize. A kH value between 4-6 will allow you to safely alter your pH without it swinging. You need to add gH because it contains essential minerals fish and plants need to live.

Use botanicals, such a leaves (refer to the charts!) or seed pods, to release tannins and lower the pH OR you can use an active aquasoil (refer to the paragraph above for the pros and cons and further explanation).

You can also use chemical buffers like acid buffer from Seachem that will soften your water (lower kH) and allow for your pH to be adjusted, or you can use neutral regulator the same was as it brings your pH to 7 and softens the water.

Stock accordingly, check your kH, gH and pH often to make sure it’s all correct and stable.

Have fun!

Here’s the long and meaty version:

In the wild, there's multiple factors that lead to waters being more acidic, more neutral and more alkaline. In Amazonian rivers, as well as peat bogs in Indonesia, the concentration of decaying organic matter like leaf litter and wood releases tannins.

Tannins are an organic compound found in plants, and in some trees the tannins help prevent predation from insects, as well as operating as an antimicrobial and antifungal. When the parts of the plant fall into the water, the tannins are leached out and released into the water, which alters the water's chemistry by making it more acidic, and over time, softer. This is what gives peat swamps and the Amazon their rich, dark colored waters, and makes them soft and acidic. Another friend that helps out with this is humic acid, molecules present in plants that help them receive nutrients. Blackwater is filled with tannic and humic acids because of the decaying plant matter!

In reverse, the minerals in bodies of water will alter its chemistry. Karstic lakes are bodies of water carved into dolomite, limestone or gypsum, which are all rich in hard water causing minerals like calcium carbonates, and those minerals in turn can make the water very hard and alkaline.

We all agree that Rift Lake cichlids and saltwater fish need a certain water chemistry, they've evolved to live and flourish only in those water conditions, and taking them out long term can be detrimental to their health and cause illness and shorten their lifespans. Fish that evolved to be acidophiles evolved a specific way for a reason, and a few generations in captivity doesn't change that. In fact many breeders don't breed in hard water, but soften their water using RO/DI for these acid loving fish, and raise them in these conditions. This is why when you bring home cardinal tetras, you see a massive die off because you're taking fish kept in neutral to below neutral waters and adding them to a tank that had your tap with a pH of 8 and it shocks them and kills them.

Okay, great, you're thinking, you told me a bunch of stuff but haven't told me how to change my pH.

In order to to adjust your pH, you need to know your kH (carbonate hardness). It's the carbonate hardness that determines your pH in MOST situations (Sulawesi need not apply, the waters there are soft but the pH is alkaline!).

My friend @justnoodlefishthings can explain it way better than me: "Carbonate hardness, or kH, is the measure of calcium carbonate in the water. Calcium carbonate will dissociate into calcium and carbonate ions in water. The carbonate ions are unstable and unhappy and thus will readily suck up all available hydrogen ions in the water. The more hydrogen ions you have in water, the more acidic it is and vice versa for basicity. So, if you have a high kH, then there are not a lot of H+’s floating around to make the water any more acidic than what it already is. This prevents the pH from swinging wildly in any direction."

What this means is that it's crucial to know your kH in order to adjust your pH. You can't just add tannins and go "well that should do it!", otherwise you'll get alkaline tea water.

This is the range you're looking for when altering: 4-6 kH. The higher you get, the harder it is to lower your pH, and the lower you get, the more your pH will swing randomly without the buffering capabilities of your kH. That means your pH can swing to bother very acidic levels, like a peat swamp, or very alkaline levels, like a Sulawesi lake, despite having no kH.

Alright, so then how do I actually do it?

After testing your tap and determining your starting pH and kH, and you know you wanna keep specialized acidophiles, you realize you gotta do something. Your kH is reading at 8 and your pH is reading at 7.8, both of these things are the opposite of what you need. How can you fix this?

The safest is way is by getting RO/DI water from your LFS, or investing in a system of your own. They're not expensive compared to other tank equipment, roughly $60 can get you a nice RO Buddy off of Amazon. Your LFS prices may vary, but my advice is to get about ten gallons of RO from your LFS (it'll usually be $10-$15) and you can always try out altering the tank before getting any stock and seeing how you feel about this. You need to remineralize the RO/DI water, Salty Shrimp gH/kH+ is what I recommend so that you can have some kH for its buffering and stabilizing properties, and you need to add gH back into your tank. gH, calcium, magnesium and other minerals, are vital to fish and plants and all bodies of water contain varying amounts. 

Remember, you want your pH low, but stable, so aim for that 4-5 kH sweet spot. You can play around and get used to mixing the water and finding out your ratios before worrying about if you'll harm your stock if you do this with an empty tank. 

Adding botanicals to your water once it’s at that sweet spot will bring and keep your pH down. Botanicals would be any organic matter that releases tannins and humic acid; leaf litter, seed pods, coconot coir, etc. Here’s a fun chart that shows the different leaves you can use (and you can collect yourself) as well as the tannin outputs.

And this is how those leaves can effect your water.

(From here, also a good article expanding on botanicals and how to collect them yourself)

You can also peruse the catalog of Tannin Aquatics to get some fun things, but be aware that seed pods do eventually rot and you’ll want to periodically pull them out if you notice it being a bit too funky. A slight sulfur smell is okay, that’s the organic material breaking down, but if it smells like rancid farts you’ll want to cycle it out with a new pod.

Another, more expensive route, is to use an aquasoil with your RO/DI water. Aquasoils are things like ADA Amazonia, UNS, Fluval, etc. They’re clay-based, high CEC (cation exchange capacity) which means they’re excellent for your planted tanks. They absorb nutrients from your water and hold onto it so that your plants can use it continuously. It’s also an active soil, it will buffer your pH to around 6 and keep it there without needing to use an additive to raise your kH, but you will need to raise you gH, which would be your calcium and magnesium and other minerals that are vital to fish and plant health. There’s downsides beside the cost; they leech a lot of ammonia when you add them, and can take a month to subside, though this aids in starting a cycle. They will break down over time and turn into mud, and you can’t disturb the soil or have digging fish otherwise they’ll generate massive mud clouds. They also eventually need to be replaced every two years or so, and if you’re like me you don’t like the idea of needing to break down a tank every two years. This is, however, a good option if you’re okay with the above downsides.

You can also use chemical buffers to do all of this work, acid buffer will break down your kH and create co2, and allow for your pH to drop, neutral regulator will soften your water the same way but keep your pH, well, at a neutral 7. I’ve used acid buffer successfully, you just need to follow the directions on the bottle, but you can also experiment with this the same way you would with the RO/DI water.

Remember this, though, below a pH of 5, most bacteria that aid in the nitrogen cycle are unable to live because of the highly acidic conditions. In these extremely low pH environments, they’re peat bogs typically, and peat bogs have one important kind of plant that makes it a peat bog; the sphagnum moss. The sphagnum acts as the beneficial bacteria in this situation, as it takes in the ammonia and nitrogen the bacteria typically would, and uses it up, eliminating it from the water. This is how low pH peat bogs and swamps “cycle” themselves! And why leaving the sphagnum moss alone in these places is important, because they’re the very livelihood of the swamps and bogs. You can always obtain sustainably grown sphagnum moss if you’re looking to replicate a peat bog of your own and allow it to float on the surface in a mat of other mosses, leaves and organic matter, just like you’d see in a real bog.

[chemanalystdata]

Ammonium Sulphate Prices | Pricing | Trend | News | Database | Chart | Forecast

 Ammonium Sulphate Prices is a widely used fertilizer in the agricultural industry, prized for its ability to provide essential nutrients such as nitrogen and sulfur to crops. This inorganic salt has been a key component in global agriculture for many decades, helping farmers enhance crop yield and soil quality. The pricing of ammonium sulfate is influenced by a myriad of factors, making it a subject of interest for stakeholders across the supply chain, from producers and traders to farmers and agricultural consultants.

The price of ammonium sulfate is closely tied to the global demand and supply dynamics. Demand for ammonium sulfate is primarily driven by the agricultural sector, where it is used as a fertilizer to provide nitrogen and sulfur, which are vital nutrients for plant growth. Sulfur, in particular, has gained importance in recent years due to its role in the synthesis of amino acids, proteins, and enzymes in plants. As the global population continues to grow, the demand for food increases, leading to higher demand for fertilizers, including ammonium sulfate. Consequently, periods of high agricultural activity often correlate with higher prices for ammonium sulfate, as the need for efficient and effective fertilizers becomes paramount.

Supply, on the other hand, is influenced by several factors, including the availability of raw materials, production capacity, and geopolitical considerations. Ammonium sulfate is often produced as a byproduct in the manufacturing of caprolactam, a precursor to nylon production. Therefore, the production levels of caprolactam can have a direct impact on the availability and price of ammonium sulfate. When caprolactam production is high, there is generally an ample supply of ammonium sulfate, which can help stabilize prices. However, if production levels drop due to plant shutdowns, maintenance, or other disruptions, the supply of ammonium sulfate can become constrained, leading to price increases.

Get Real Time Prices for Ammonium Sulphate: https://www.chemanalyst.com/Pricing-data/ammonium-sulphate-64

Another factor affecting ammonium sulfate prices is the cost of raw materials and energy. The production of ammonium sulfate requires sulfuric acid and ammonia, both of which are derived from natural gas or petroleum. Fluctuations in the prices of these commodities can directly impact the production cost of ammonium sulfate. For example, a spike in natural gas prices can lead to higher production costs for ammonia, which in turn can increase the price of ammonium sulfate. Additionally, energy costs play a significant role, as the production process is energy-intensive. Any changes in energy prices, whether due to market conditions or regulatory changes, can affect the overall cost structure of producing ammonium sulfate, leading to price volatility.

Geopolitical factors also have a significant impact on the pricing of ammonium sulfate. The global fertilizer market is highly interconnected, with many countries relying on imports to meet their domestic demand. Trade policies, tariffs, and sanctions can all influence the flow of ammonium sulfate across borders, affecting prices. For instance, if a major exporting country imposes export restrictions or if there is a trade dispute between key producers and consumers, the supply of ammonium sulfate on the global market can be disrupted, leading to price increases. Conversely, the lifting of trade barriers or the signing of new trade agreements can increase the availability of ammonium sulfate, potentially leading to lower prices.

Environmental regulations also play a crucial role in determining ammonium sulfate prices. As countries around the world implement stricter environmental standards, particularly regarding emissions and waste management, the cost of compliance for fertilizer producers can increase. These costs are often passed on to consumers in the form of higher prices. For example, if a country enforces new regulations requiring producers to reduce emissions during the manufacturing process, companies may need to invest in new technology or modify their production processes, leading to increased costs. Additionally, regulations related to the safe handling and disposal of byproducts can also impact production costs, further influencing the price of ammonium sulfate.

Market speculation and investor sentiment can also contribute to price fluctuations in ammonium sulfate. Like many other commodities, ammonium sulfate is subject to trading on global markets, where prices can be influenced by speculative activities. If investors believe that the demand for fertilizers will increase due to factors such as adverse weather conditions or crop failures, they may drive up prices through increased buying activity. Conversely, if there is a perception that demand will decrease due to favorable growing conditions or oversupply, prices may fall as a result of reduced buying interest.

Currency exchange rates are another factor that can affect the price of ammonium sulfate, particularly for countries that rely heavily on imports. If a country's currency weakens against the US dollar, the cost of importing ammonium sulfate can increase, leading to higher prices for domestic consumers. This is particularly relevant for developing countries where currency volatility is more common. On the other hand, a stronger currency can make imports cheaper, potentially leading to lower prices.

Finally, seasonal factors also play a role in the pricing of ammonium sulfate. The demand for fertilizers tends to be higher during the planting seasons, leading to price increases during these periods. Conversely, during the off-season, when agricultural activity slows down, demand for ammonium sulfate may decrease, leading to lower prices. This seasonality is an important consideration for farmers and agricultural suppliers when planning their purchases and inventory levels.

In conclusion, the price of ammonium sulfate is influenced by a complex interplay of factors including demand and supply dynamics, raw material costs, energy prices, geopolitical considerations, environmental regulations, market speculation, currency exchange rates, and seasonal variations. Understanding these factors is crucial for stakeholders in the agricultural industry, as they navigate the challenges and opportunities presented by the ever-changing fertilizer market. As the global demand for food continues to rise, the importance of ammonium sulfate as a key agricultural input is likely to grow, making its pricing an increasingly critical area of focus for the industry.

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[tessatechaitea]

Metamorpho #1

I'll be disappointed if this series doesn't contain at least on Francium joke.

Ha ha! "Donated" by Rex Mason. What a complete and utter dick.

I get how exciting it must have been to be a looter of other countries' treasures. I did play a lot of Dungeons & Dragons as a kid and I never once thought about the poor orc whose home I was invading so I could shove a sword up his ass and steal his precious copper pieces (which I was absolutely disappointed in). Sure, it seems fucked up when you think about it like that. But that's before you remember the alignment system! The orc was automatically the bad guy with his evil alignment! Anything you wanted to do to him was just fine! He was the bad guy! If he didn't want me stealing his copper, maybe he should have made a show of giving up his evil ways and took on the trappings of man and elf! But no! He was content to sit in his dirty hole with his dirty family eking out a dirty living being a rotten, evil monster worth a few lousy experience points. You can't make me care about that stupid orc no matter how many John Gardner wannabes write Grendelesque fan fiction about how the bad person was just a regular ordinary person who got the short end of life's dumb stick! It's fucking propaganda! Wicked, my ass! Don't go making excuses for that witch! She knew what she was doing when she chose a life of flying monkeys and stealing shoes!

"Ha ha! Found. More sherry?"

It's weird to think that Western Civilization has mostly come to the realization that all of these treasures in museums were found at all. Sure, the people in power and the people in charge mostly aren't coming to that conclusion because why would you when you own everything now? But we understand the context of archaeological theft much better. But even as kids watching Raiders of the Lost Ark, how did we not realize Indy was obviously stealing that golden idol right at the beginning? It was in a secure location guarded by traps and after he stole it, the owners tried to chase him down to stop it. And he was as good a guy as you could get in 1981! I guess when one of the greatest tenets of capitalism is "Finders keepers, losers weepers," it's understandable that we all rooted on a terrible thief of cultural artifacts. Rex Mason has given up his exciting career of liberating treasures from dolts who don't know the value of their sacred religious objects because stealing from primitive people and Yetis who just want to be left alone has become too easy. Also he's full of guilt over having a son. His son must live in quarantine since he can turn whatever he touches into other elements. Sapphire's right breast is now polonium. I'm not even going to be distracted from reading this comic book by pondering how Metamorpho had a kid. Last I checked, spermatozoa wasn't on the periodic table of elements. The greatest female archaeologist, Jillian Conway, arrives to tell Rex she's found a cure for his condition (and probably his son's too!). Apparently the Orb of Ra won't kill Metamorpho; it'll cure him if he allows himself to succumb to its power. And she knows this because she was exposed to the meteorite too!

Gross. Can't she make herself hotter by becoming platinum?

Rex agrees to go looking for the Orb of Ra (which was stolen from Stagg) with Jillian. At first, I thought things were going to get romantic. And then I thought things might get alchemic. But then Rex decided the first thing he should do is kidnap his son and bring him on the adventure with them. So I guess this is going to be one of those kinds of stories. A wacky family comedy where dad has to handle the baby all by himself on a trip around the world while the too-disgusting-to-look-at love interest gets ignored. Rex leaves a note for Sapphire but her father trashes it and just tells her Rex kidnapped their son. Why she might believe him and how she came to marry Java, fuck if I know. This was back when DC actually allowed characters to have involved and intimate relationships that led to weird freak baby children!

I didn't realize it was canon that Sapphire Stagg is the best looking woman in the DC Universe (followed closely by Abigail Arcane).

Metamorpho #1 Rating: A-. Not a bad start to a nice little story about fatherhood, capitalism, and second marriages. It might also be about ugly people because all but one of these characters are hideous freaks. Sure, most characters would be hideous freaks compared to Sapphire Stagg. But even disregarding her ethereal beauty so powerful that I've already struck Erin Esurance from the top of my list of cartoon characters I want to touch in a sexy place, they're all disgusting monsters. I just made that list up. It doesn't actually exist. Never mind what I'm holding behind my back.

[idolizenews]

FEBRUARY SCHEDULE

Each schedule post provides a snapshot into the way the company is marketing your group as a whole, the expectations they have for your involvement in the industry, and so forth. They’ll range from fun things like CF deals to run of the mill events like fan parties, concerts, or rest time. We’ll be varying things across the board and using this as a way to tease upcoming plot lines for groups. Schedules illuminate the often difficult realities of being an idol, and because of that we award +5 exp / + 5 sp to those who complete a 350+ 4/4 thread or a 500 word solo. Solos must be completed during the three week run of the schedule, but threads may be finished after the end of the prompt provided they were started well in excess of the end point (e.g. finishing up a reply or two after is fine, but posting the starter right before the next prompt goes up is not). These needn’t be taken extremely literally when threading and are open to tangential preparation threads and other flexibility.

OLYMPUS

As promotions for Universe wrap up and goodbye stages are recorded, the boys are sitting pretty at the top of the charts fairly consistently, with the song truly outperforming expectations. Perhaps as a result, to continue building momentum, the boys will begin a one day filming for an upcoming short v-live series, Olympus Arcade. They’ll play a variety of games over the course of the day to be rewarded with snacks and penalties for the losing team. The episodes will be divided over 5 15 minute increments.

JINX

The girls of JiNX are guesting on A Real Man, in a brief one episode appearance. They’ll be doing a special concert for the soldiers as a thank you for their service and dedication. THey’ll have the chance to perform with some civilian soldiers, as well as performing a few of their hit songs from throughout their career.  It’s certain to give the soldiers something to talk about happily for weeks to come, as well as keep the girls in the spotlight between promotions. The reference for this episode can be found here. 

TITANIUM

The boys of Titanium will be appearing on Kiss the Radio for a New Year’s special greeting. They’ll be given the chance to engage with viewers in q&a sessions and advice giving across the hours they’ll be guesting on the show, as well as an opportunity to sing a few of their songs completely live.  It’s sure to showcase a new and special side of the boys, given they’re known for such thematic performances- this will give fans a chance to see a more pared back rendition!

AURORA

Aurora will be doing a special cover stage for the new year, performing the classic Girl’s Generation Into the New World, a fitting message of uplifting hope for the new year and, frankly, something of a right of passage for all girl groups. They’ll be performing it on a special episode of Music Premiere and will be given a short opportunity to film a special New Year greeting for fans thereafter. For reference, a fancam can be found here.

HEAVEN

With a much anticipated comeback on the horizon, the girls of Heaven are expected to be hard at work. They’ll be filming promotional material this month, alongside the music video for the upcoming track Windflower. Expectations are high as this will be the first time the girls really and truly demonstrate they’re making a hard break from the summer promotional aesthetic, instead of toeing the line of the edge of summer as they have with some of their more recent promotions. It also leads to rumors that the new co-ed group’s debut aims to take over the summer market, perhaps causing some pressure on Heaven to solidify their new role.

POIZN

After a stellar year and with Imperial sidelined by scandal, POIZN is back on top in 99 in terms of CEO favoritism, and on a related note will spend the month of February preparing for an Asia tour, canvassing China, Korea, Japan, and some stops in Southeast Asia as well. They’ll be tasked with selecting solo song performances, preparing their choreography for all songs involved,and going through the rigorous process of styling and preparation that will come with the upcoming grueling schedules. Promotional materials will begin shooting right after Seollal, starting with concert VCRs and promotional images for merchandise and advertisements. Get yourself in shape boys, it’s not going to be easy!

IMPERIAL

As a special track for the popular Reply 1997 drama, the boys of Imperial will be doing a cover of the Sechs Kies song Dear Love, updated for the present day! It’s sure to cause a bit of a buzz given the involvement between a member of Imperial and the lead actress of the show. It’s definitely a noise marketing attempt, and one that will likely pay off in a big way, at least in terms of general attention brought to the show and the group in turn, as well as bringing alongside it a healthy dose of criticism. Such is the price of media play! The song reference is here.

CHERRY BOMB!

CHERRY BOMB! is ramping up for the future, picking up a brand deal with Etude House. This is a good step forward for the girls, as they need to be establishing themselves firmly so that the rookie girl group of MSG can grow in their own right. They’ll be spending a packed two days of filming on the commercial series as well as the various promotional photographs to be displayed in advertisements and stores across the country. It’s a more moody aesthetic than Etude House often goes for, to reflect the season and the girl’s aesthetic. They’ll each have a fun color named after them in the new lip lacquer line. Reference for the cf and aesthetic is here.

INDIGO

With a comeback in the first half of February, the boys are hard at work preparing. Last minute finalizations on song and stage choreography are in order, alongside reviewing the final product in terms of video, styling choices, and more. It’s a sprint to the comeback stages at this point, as well as a month of hard work on music shows nad promotional activities alike. Notably the boys will be featured on Idol Master where they will have a chance to greet fans, show off their charms, and provide a signed album copy to be auctioned off to a member of the audience, whom they’ll have a chance to communicate with via video call, where they can turn the tables and ask the fans questions, too! Reference can be found here. 

1NFERNO & MAYDAY

Following the steps of Atlas in the past, 1nferno and MayDay will be joining the new season of Birth of a Family! This time the series will follow two groups and two sets of dogs, taken care of by 1nferno and MayDay in what is clearly a bit of a two for the price of one deal that certainly appealed to producers. They’ll be taking care of two dogs per group for the next month, and will be tasked with caring for them, training them, and promoting the importance of adopting, not shopping, and raising awareness of animal abandonment in South Korea! Feel free to take some creative license with your members regarding breed and names of the dogs!

ATLAS

With a comeback in the second half of the month, Atlas is hard at work on filming and preparation. Last minute choreography adjustments are always a given with Atlas, so the boys will be working through that, as well as recording a New Year greeting for their fans, complete with hanbok! There’s a rumor, o f course, that the hanbok motif and the fun traditional music backing the greeting are a secret teaser in and of themselves, but even the boys won’t confirm it publicly.  They’re at the end of filming for the music video and teasers and will be recording the dance practice version soon as well. It’ll be a packed schedule leading up into promotions.

JAWBREAKER

With some successful work for KJH under their belt, Jawbreaker will be filming GO! season two for their Vlive series, continuing to follow in the footsteps of Atlas Run! They’ll be playing a “find the criminal” style game at Jobworld, taking on the roles of flower shop owner (main dance), bakery owner (lead/lead), mart owner (main rap), and policewoman (main vocal)! They’ll be following the general goal and format of BTS RUN episodes 47 and 48, which can also have been assumed to have taken place in character with Atlas in the past, furthering a brother/sister narrative to the groups, despite the atypical story of Jawbreaker’s genesis.

NITRO

Taking a leaf out of KJH’s book, Nitro will be following in the footsteps of other artists and starting a VLive show. However, it will be mostly in a self-produced and self-filmed format that KTM hopes will further their relatable and approachable imagery, continuing a close connection with the fans. The show will be named NITROus, as both a play on their chemical referencing fan name combination (NITRO+gen = nitrogen) and as a message that they will always be close to the fans. For the first episode they’ll be eating and talking together at a meat restaurant, demonstrating their natural affection and friendliness and boyish attitudes. The reference link can be found here. It can be assumed they’ll continue filming with the second episode and third in this month as well, though their releases may be staggered.

XLNC

WIth a comeback in the second half of the month, XLNC are hard at work finishing the polishing notes of their b-sides, as well as preparing for their various guerilla and busking promotional activities. As usual, promotion for XLNC is somewhat lacking as it is not typical “idol” fare. However, the boys have recently been enrolled in intensive and mandatory Japanese lessons, which gives rise to the question of what might be in store for them in a few months. They’ll be expected to study simultaneously with their music show promotional schedule this month, so they’re sure to be quite tired.

NIGHTMARE

With a debut from the Dawn subunit on the horizon, the girls are in a flurry. Everyone seems to be working on something different. Dusk’s promotions will follow shortly after Dawn’s wrap up, so they’re already hard at work finishing the filming for their videos, even as Dawn begin promoting on music shows. Eve on the other hand are in the song and image selection portion of things, as Dawn has been assigned a bright and fresh image more prone to ballads, with Dusk taking on a quirky creepy and electropop image, it seems that Eve will be left with a more girl-crush tonality, bolstered by the fact the two rappers of the group have been assigned that unit. This gives Nightmare muns a lot of room to explore reactions to subunit styling.

[aboveputtingintoaterm]

Breathing to live or to die

The ecological distress has challenged the functionings of the environment. The process of breathing was made to circulate the oxygen in the body, thereby eliminating carbon dioxide which allowed the blood to reach the capillaries surroundings alveoli. But, what reaching now are the hazardous gases infused with life casting agents.

But is it really oxygen we are breathing in? Are we even breathing in 50% concentration of the oxygen?

Though it is hard to find the exact percentages because of the unrevised technology in the country. The CPBCI has a disclaimer offering to make. According to the central pollution board control of India(CPBCI) the capital air doesn’t just has very high particulate matter level, but also contains hazardous air pollutants including mercury and formaldehyde. The board is also monitoring gases like sulphur dioxide (SO2), ozone (O3), nitric oxide (NO), nitrogen dioxide (NO2), formaldehyde (FOR), benzene (BEN), toluene (TOL), p-Xylene(pXy) and mercury (Hg), most of which are categorised as air toxics in the US and in Europe.

What made situation so worse?

Vehicular emissions

Vehicular emissions tops the chart for Delhi air pollution. Delhi streets experience the movement of about a crore vehicle regularly. The emissions of which are the Gases which leads to deaths and various life claiming diseases. The congestion or the high traffic rates contributes brutally.

Government regulation

Earlier the Delhi government came up with the odd even regulation which insisted the use of an odd number plate car on the odd days and even on the even days. This regulation does not posses the capability of controlling the pollution level for a long run.

The centre has also banned the use of diesel vehicles which have been on the streets for more than 10 years. The count for the petrol is 15 years.

Though it is a delayed regulation but impacts significantly.

Crop burning

The farmers of the states joining the capital border i.e. Punjab, Haryana and Uttar Pradesh possess the trait of burning the rice stubbles which in turn contribute immensely to the booming pollution. They burn about 35 million tonnes of crop. The wind then spreads the polluting agents to the neighbouring states.

Government regulation

Haryana government launched a massive campaign to aware the farmers about the ills effects of burning the crop. In response to which the farmers presents there bid as a failing effort by the Government as they were unable to conquer the aspect of decomposing paddy straw in a short interval of rabi and kharif crops.

Over population

The 2018 recent survey of the times of India had regarded Delhi as the migrant capital of the country with a share increase of 33% in the year 2016. Stressing over the point that about half of the population of the capital resides in unauthorised colonies and slums . This includes bad drainage system, open defection, unclean surroundings, etc . Thus, contributing to the escalating pollution level.

The pollution increase has also coined a term called pollution migrants. These are the people who has migrated from Delhi because of the unforgivable pollution Level.

Government regulation

Constitution of India empowers wilfully living and earning in every part of the country to its citizen ,j&k being an exception. So there is hardly any take of the government in regulating the mass mobilisation. The combination of structured and rigid spendings and overpopulation is contributing against the availability of the required resources.

Industrial residue

The rising economies of scale has been an enduring factor for the country. Courtesy to the industrial players. But this national pride switches to national threat when these industries contributes to the rising pollution level. This is done primarily with the emission of toxics in the environment

.

Government regulation

Protection of the environment and sustainable use of resources is Pitched high in the Indian constitution. The constitution advises citizens to protect and nurture the natural environment including forest, wildlife etc. Many legal charges are also been marked in case of serious violation.

Impact

The transformation of the capital in a gas chamber is bearing some hefty prices from the dwellers.

To your amaze, the excruciating Delhi pollution is in its full knack to shorten our life spam by huge ten years.

Whereas if the country meets the WHO standards the average life expectancy could rise about 4.3 years; from 69 to 73 years.

The toll for breathing in the capital is cardiovascular and respiratory illness. The pollutants in the air obstacles the heart functioning. Thereby putting pressure and making it weak, respiratory cells can also be damaged by the same.

The life stacking air impurities Fastens the ageing of lungs.

The pollution in its full fury sadistically impacts the people with asthma, bronchitis, emphysema and cancer. Others, can also develop these diseases with constant exposure to the pollution.

It affects the health of a pregnant women and leads to cognitive disorders for the babies.

Precautions!

Avoid morning walks as no point in absorbing toxic air.

Drink plenty of water to flush out the toxics from the body.

Try to use N95/99 masks whenever you step out.

Usage of air purifier is ideal.

The ranging fury of the pollution has put the country and its citizens into some serious allegations on the world platform. Everybody has contributed equally to pollution to flourish from littering garbage to polluting rivers. Therefore In return everybody should contribute in normalising the air pollution scam.

And, also, In lieu of the prevailing circumstances The government has to back its Strategies for ranging pollution level which is casting the life of its citizen. What could be more shameful for a country for 9 out of ten Indian states are in the list of worlds most polluted cities .

The current situation made me wonder – how about adding ‘the clean air’ quotient in psychological need of the maslow need hierarchy theory? He would have if he was alive , I guess.

[pearlsmith25]

Cryogenic Tanks Market Insights: A Comprehensive Analysis of Industry Developments

Cryogenic tanks are insulated containers used for storing liquefied gases like oxygen, nitrogen, argon, and natural gas at very low temperatures. They are used across industries such as healthcare, metals, food, energy & power, chemicals, electronics, and others. In the healthcare sector, cryogenic tanks are used for storing samples, blood, biomaterials, liquid nitrogen, and other medical gases. They provide reliable and safe storage of temperature sensitive materials.

The cryogenic tanks market is estimated to be valued at US$ 6.51 Bn in 2023 and is expected to exhibit a CAGR of 5.0% over the forecast period 2023 to 2030, as highlighted in a new report published by Coherent Market Insights. Market Dynamics: The rising demand for cryogenic tanks from the healthcare industry is expected to be a major driver for the market growth over the forecast period. According to the U.S. Centers for Disease Control and Prevention, blood collection and distribution in the U.S. exceeds 20 million units annually. Moreover, the growing geriatric population globally is increasing the demand for effective healthcare facilities and medical treatments which require long-term sample storage. This is augmenting the cryogenic tanks market. Additionally, increasing industrial gas production and metals manufacturing is also boosting the adoption of cryogenic tanks for storage and transportation of industrial gases like oxygen and nitrogen. However, high costs associated with cryogenic tanks and stringent safety regulations for transportation of hazardous cryogenic liquids may restrain the market growth. SWOT Analysis Strength: Cryogenic tanks are specially designed storage vessels used for storing cryogenic liquids and gases like liquefied natural gas (LNG), liquefied petroleum gas (LPG), nitrogen, oxygen, argon, and carbon dioxide at very low temperatures. Cryogenic tanks provide high energy efficiency, cost-effective operations, and ensure safety during transport and storage of cryogenic fluids. Weakness: High initial investment cost for setting up cryogenic storage and transportation infrastructure. Strict regulations regarding the design, fabrication, and commissioning of cryogenic storage tanks increases compliance cost. Opportunity: Growing demand for LNG as a cleaner alternative fuel is driving the need for LNG carriers as well as on-land LNG storage terminals. Rising consumption of industrial gases across manufacturing hubs creates opportunities for cryogenic tank manufacturers. Threats: Fluctuations in raw material prices can squeeze profit margins for cryogenic tank manufacturers. Stringent quality standards and certification requirements from regulatory bodies increase compliance challenges. Key Takeaways The global cryogenic tanks market is expected to witness high growth, exhibiting CAGR of 5.0% over the forecast period, due to increasing consumption of LNG as an environment-friendly fuel for power generation and transportation. Regional analysis: Asia Pacific dominates the cryogenic tanks market and is expected to witness the fastest growth, attributed to rapid industrialization and rising demand for LNG in China, India and other Southeast Asian countries. North America and Europe are other major markets driven by widespread application of cryogenic technologies across various industries. Key players analysis: Key players operating in the cryogenic tanks market are ArcelorMittal, China Baowu Group, Nippon Steel Corporation, POSCO, Shagang Group, Ansteel Group, Linde, INOX India Pvt., Cryofab, FIBA Technologies, Air Products and Chemicals, Inc., Chart Industries. These players are focusing on expansion of manufacturing facilities and partnerships with raw material suppliers and end-use industries to strengthen their presence across regions.

[endrusmithreal]

Understanding the Dynamics of Cyanuric Chloride Price Trends: A Market Analysis

In the Asia Pacific region, the price trends of cyanuric chloride during the first two quarters of 2023 was influenced by the dynamics of its feedstock materials and downstream industries. The declining consumption rates and weakening demand from various sectors marked the first quarter. Although the Asian economy and production rates showed improvement in the second quarter, the demand for cyanuric chloride's feedstock materials remained sluggish, compounded by stagnant consumer demand. Europe faced similar challenges with subdued trading sentiments and oversupply. North America saw declining prices due to weakening consumer potential, excess inventories, and economic struggles. The overall trend in both regions was downward in the face of economic uncertainty.

Definition

Cyanuric chloride is a chemical compound with the formula (NCCl)3. It is a white crystalline powder with a pungent odor. It is primarily used as a reagent in organic synthesis, particularly in the preparation of amides, urea, and other nitrogen-containing compounds. Cyanuric chloride is highly reactive due to the presence of three chlorine atoms attached to a central nitrogen atom. It is moisture-sensitive and reacts violently with water, releasing hydrogen chloride gas. Due to its reactivity and potential health hazards, cyanuric chloride should be handled and used with proper precautions in a controlled laboratory environment.

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Key Details About the Cyanuric Chloride Price Trend:

Procurement Resource does an in-depth analysis of the price trend to bring forth the monthly, quarterly, half-yearly, and yearly information on Cyanuric Chloride in its latest pricing dashboard. The detailed assessment deeply explores the facts about the product, price change over the weeks, months, and years, key players, industrial uses, and drivers propelling the market and price trends.

Each price record is linked to an easy-to-use graphing device dated back to 2014, which offers a series of functionalities; customization of price currencies and units and downloading of price information as Excel files that can be used offline.

The Cyanuric Chloride Price chart, including India Cyanuric Chloride price, USA Cyanuric Chloride price, pricing database, and analysis can prove valuable for procurement managers, directors, and decision-makers to build up their strongly backed-up strategic insights to attain progress and profitability in the business.

Industrial Uses Impacting the Cyanuric Chloride Price Trend:

Key Players:

Acros Organics

EMCO Dyestuff Pvt Ltd

Pravin DyeChem Pvt Ltd

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