Fertilizers and Soil Treatment – Planten En Bloemen http://www.plantenenbloemen.com/ Sun, 19 Sep 2021 16:24:45 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://www.plantenenbloemen.com/wp-content/uploads/2021/03/plantenenbloemen-150x150.png Fertilizers and Soil Treatment – Planten En Bloemen http://www.plantenenbloemen.com/ 32 32 This new technology turns poultry feathers into animal feed https://www.plantenenbloemen.com/this-new-technology-turns-poultry-feathers-into-animal-feed/ Sun, 19 Sep 2021 10:32:26 +0000 https://www.plantenenbloemen.com/this-new-technology-turns-poultry-feathers-into-animal-feed/

Scientists in India have devised new technology that converts keratin waste such as human hair, wool, and poultry feathers into fertilizer, pet food, and animal feed. The technology was developed by Prof. AB Pandit, Vice-Chancellor of the Mumbai Institute of Chemical Technology, with his students. Newly developed technology offers an affordable and sustainable solution for treating keratin waste.

What is keratin?

Keratin is the type of protein that makes our hair, skin, and nails. It is also found in our internal organs and glands. It can be derived from the feathers, horns and wool of different animals and is also used as an ingredient in hair cosmetics.

What is keratin waste?

However, keratin is also the main waste generated when processing poultry from feathers, hair, scales, nails, etc. It is generally hard and difficult to hydrolyze. But the advantage is that it is inexpensive and contains over 85% protein.

Currently, tens of millions of tons of keratin waste are produced each year around the world; of which feather waste represents approximately 8.5 million tonnes. However, there is hardly any effective method for the recovery of waste keratin.

Keratin waste in India

India generates a huge amount of human hair, poultry feather waste and wool waste every year. Globally, around 8.5 billion tonnes of poultry feathers are produced each year, of which India’s contribution alone is 350 million tonnes.

Bad impact of keratin waste

Keratin waste is thrown away, buried, used for landfill or incinerated, increasing environmental risks, pollution and threat to public health. Waste also increases greenhouse gas emissions.

Keratin waste is considered an environmental pollutant and is mainly generated by poultry farms, slaughterhouses and leather industries. The major producer of keratin waste includes the United States of America, China, India, and Brazil which produce millions of tons of keratin-containing protein.

The technology developed by the Institute of Chemical Technology addresses the issue of keratin waste. Keratin waste is inexpensive sources of amino acids and protein, which highlights their potential for use as animal feed and fertilizer.

About the technology

The new technology is easily scalable, environmentally friendly, energy efficient, and makes liquid amino acid rich fertilizers that are more economical compared to products currently on the market.

In addition, it uses advanced oxidation to convert waste into marketable fertilizer and animal feed. The key technology behind this involves pretreatment followed by hydrolysis of the keratin using a technique called hydrodynamic cavitation, which involves vaporization, bubble generation, and bubble implosion in a flowing liquid.

Current chemicals and physical methods for such conversion are energy intensive, chemically hazardous, and involve multiple steps resulting in a higher cost of the final product. As calculated by the team, with this technology, the cost of the product in a large-scale factory, processing inputs of 1 ton per, is up to 3 times cheaper than the existing market product.

Advantages / Impact of technology

At a time when every possible effort is being made to achieve sustainable developments, new technology is a positive development to address environmental concerns, while also providing opportunities for animal feed.

Potential fertilizer: Keratin contains amino acids and proteins, making it potential candidates for plant fertilizers. Nitrogen fertilizers are easily digestible by plants.

Benefit for farmers: Additionally, advancing technology production will make liquid biofertilizers, which are three times more effective than the marketed product, available to farmers at an affordable price. Thus, it can help the socio-economic development of farmers and the country.

Sustainable solution: The technology developed by the professor and his team not only addresses the problem of keratin waste, but also recycles it to use the available proteins in a sustainable way. It addresses issues such as waste management, environmental pollution and degradation of soil fertility.

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Parliamentarians and farmers dialogue on “localized” agricultural conditions | Local https://www.plantenenbloemen.com/parliamentarians-and-farmers-dialogue-on-localized-agricultural-conditions-local/ Sat, 18 Sep 2021 23:12:03 +0000 https://www.plantenenbloemen.com/parliamentarians-and-farmers-dialogue-on-localized-agricultural-conditions-local/

“What is agriculture? “, Asked Agriculture Secretary Russell Reading at the farm breakfast hosted this year by Senator Jean Yo. The meeting took place on Friday September 17th in Harman and Luther’s barn.

Agriculture is a big industry in the country and a big industry in Pennsylvania. About 580,000 jobs are linked to agriculture in the state, according to the principal secretary. But the economics of agriculture cannot meet the needs of agriculture until they understand what the community means to them, Reading explained.

The reading provided a perspective that put farm workers first. “Help us define agriculture and we will break down the components of agriculture. “

Lawmakers have referred to their political efforts as explaining the key “factors” in the management of Pennsylvania agriculture. Senator Jean Yo, who organized and chaired the debate, highlighted his conservation assistance program designed to support local waterways and help farmers reduce nitrogen and phosphorus spills .

Yo also worked alongside Reading on the rewrite of the Fertilizer Act. The bill will reduce pollution of rivers by reducing the outflow of fertilizers from agricultural land.

Leadership is also in Pennsylvania that’s all A state with its own state-level farm bill. All other states follow the policies of the National Agricultural Bill. In other words, Pa. FarmBill provides a state-level perspective on the industry.

After hearing these plans, the farmers in attendance saw an opportunity to help define their relationship with the law, especially from a regional perspective.

A local farmer spoke to Yo about his concerns about local river management. Jean Roger, a farmer with a range of around 100 acres and a mile on Muncie Creek, had to deal with difficult soil conditions due to the flooded streams.

When the flood hit, it led to “a few feet of water all over the sediment in my field,” Roger said.

The problem isn’t just that the fields lose fertilizer in the floods, which is transmitted downstream and ultimately sent to the Chesapeake Bay. On the contrary, the weak infrastructure of the watercourse forces it to rebuild its soil foundations, including additional spraying, to compensate for the destruction of the watercourse by flooding.

Roger spoke enthusiastically about the maintenance of the feeds. He believes that measures such as dredging and rebuilding dikes can improve the local river system.

Another local farmer considered the role of the agricultural industry in creating pollution compared to other sources of pollution. “Every garbage disposal in your home or business sends a load of nutrients to the bay,” said Briarpatch Organic Farm founder.

He then went on to recognize the economic consequences of pollution, saying: “The reality is, it was always cheaper to send food waste and organic material to landfills than to compostable treatment facilities. And it was reused. ”

All the speakers, political leaders and farmers spoke about the importance of regional efforts. Recognizing that local waterways affect larger water systems, Yo said, “I’m focusing on what we’re doing with our own water here in Pennsylvania. “..

Reading introduced the theme of “stewardship,” a collaborative effort to reduce nitrogen and phosphorus emissions.

“Stewardship” has become a theme of accountability between groups, politicians and farmers emphasizing the many scales on which agriculture impacts, such as community, individual and ecosystem life.

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Parliamentarians and farmers dialogue on “localized” agricultural conditions | Local

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Lumberton site offers monoclonal antibody therapy for COVID-19 https://www.plantenenbloemen.com/lumberton-site-offers-monoclonal-antibody-therapy-for-covid-19/ Fri, 17 Sep 2021 23:12:21 +0000 https://www.plantenenbloemen.com/lumberton-site-offers-monoclonal-antibody-therapy-for-covid-19/

RALEIGH – Lumberton is one of four new sites in North Carolina where people can receive free treatment for COVID-19, the state’s main health agency said on Friday.

All four sites, which opened on Friday, offer monoclonal antibodies (mAbs), and treatment will be managed by local organizations in partnership with the Federal Emergency Management Agency. With the new sites, there are now more than 200 sites in North Carolina offering the treatment that can reduce the likelihood of hospitalization from COVID-19 if caught early.

The Lumberton site is located at Southeastern Health Park, located at 4901 Dawn Drive. Referrals from a primary health care provider based on a positive COVID-19 test are required for this location.

“Although vaccines offer the best protection against COVID-19, treatment options such as monoclonal antibodies are available for people at high risk of serious illness if you have had symptoms of COVID-19 for 10 days or less or if you have been exposed to COVID-19. “said Dr Elizabeth Tilson, NCDHHS State Health Director and Chief Medical Officer.” Expanding access to this potentially life-saving treatment can, if taken early, reduce the risk of serious illness, hospitalization and death. ”

Below are the other three new sites and information on how people can make appointments, which are needed:

– County of Wilkes: The Health Foundation in North Wilkesboro. Call 336-528-1637.

– Johnston County: Smithfield Hospital campus in Smithfield. Call 919-268-1621.

– Harnett County: Harnett Health Sciences Center at Central Carolina Community College in Lillington. Call 910-893-0653.

The state health agency, local partners and FEMA selected the new locations based on a combination of geographic gaps in access to treatment and the regional number of COVID-19 cases. Appointments are required, but patients eligible for treatment do not need to be referred by a health care provider to sites other than Lumberton if they meet medical screening criteria when taking appointment. Identification is not required to receive treatment at FEMA supported sites.

The federal government provides free monoclonal antibody therapy to patients, according to the NCDHHS. However, healthcare providers may charge an administration fee for the treatment. Medicare and many commercial insurance companies cover all costs for patients.

People who believe they are eligible for treatment should ask their health care provider for information about monoclonal antibodies or call the Combat COVID Monoclonal Antibodies call center at 1-877-332-6585 (English) or 1- 877-366-0310 (Spanish). The call center can help people who do not have a health care provider. More information, including answers to frequently asked questions about monoclonal antibody treatments, is available at covid19.ncdhhs.gov/treatment.

Monoclonal antibodies are proteins made in the lab to fight infections – in this case, the virus that causes COVID-19 – and are given to patients directly with an IV drip or injection. Some early evidence suggests that this treatment may reduce the amount of virus, or viral load, that causes COVID-19 in a person’s body. Having a lower viral load can reduce the severity of symptoms and decrease the likelihood of hospitalization.

According to the NCDHHS, vaccination remains the best protection against serious illness, hospitalization and death from COVID-19. All unvaccinated North Carolinians aged 12 and over should receive a COVID-19 vaccine now to protect themselves, their community and those who cannot be vaccinated. Rigorous clinical trials with thousands of people aged 12 and over have proven that vaccines are safe and effective. Nearly 200 million Americans have been safely vaccinated.

Free COVID-19 vaccines are widely available statewide for anyone 12 years of age and older. To get a vaccine, visit MySpot.nc.gov or call 888-675-4567. Anyone interested in getting the vaccine can text a postcode to 438829 to find nearby vaccine locations.

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October, one of the most important months for your lawn https://www.plantenenbloemen.com/october-one-of-the-most-important-months-for-your-lawn/ Fri, 17 Sep 2021 18:52:21 +0000 https://www.plantenenbloemen.com/october-one-of-the-most-important-months-for-your-lawn/ October is fast approaching and is one of the most important months for your lawn. During this time, we usually see the temperatures cooling down, which slows down the growth of the grass. Weak grass is much more susceptible to winter damage and is much slower to recover in the spring. Now, until mid-October is the best time to fertilize. If you’re only fertilizing once a year, now is the time to do it, along with a few other little chores.

I would suggest using a fertilizer that has at least half the nitrogen in a slow release form. Even better if the fertilizer is mainly slow release. This information can be found on the fertilizer bag. Remember not to apply more than 1 pound of actual nitrogen per year. The best thing to do is to have your soil tested. This will tell you exactly what nutrients are needed and in the right amount. You can call our office at 936-539-7824 and we can point you in the right direction for that.

Lower nitrogen levels in the slow release form will ensure fertility over a long period of time. The result will be a uniform growth rate while reducing nitrogen runoff and fungal problems. Be sure to check the recommended application method on the label and take a few minutes to measure your garden so you know how much area you are actually treating. Most people will find that they get better results by using too little fertilizer rather than too much.

Most annual grasses and weeds that infest lawns in late winter and early spring begin to sprout in October and November depending on the weather. The best way to stop them in the lawn is to apply a preemergence herbicide before the weed seeds start to germinate in October. Of course, if you don’t have or encounter a high number of weeds in the winter, there is no need to use pre-emergence. Preemergence herbicides are chemicals that kill weed seedlings as they germinate. They are ineffective once the weeds grow beyond the seedling stage. They should be applied according to the label in a uniform broadcast treatment followed by at least 1/2 inch of irrigation to move the product into the soil where it is activated.

Post-emergent herbicides are used for weeds that have already emerged. These can be used later in case you lose the tick during a pre-emergence application. Also be careful not to apply herbicides to flowers, shrubs, etc. desirable. Chemicals don’t tell the difference between a weed and a broadleaf ornamental! Most important, read the label first before using the product.

Some people like to over-seed their lawn for a green color all year round. Overseeding should be done from mid-October to November using annual or perennial ryegrass. A mix of the two works well too. Plant the seeds at the rate of 5 # per 1,000 square feet of lawn. Overseeding is generally not recommended on lawns in St. Augustine. It rivals grass for sunlight, nutrients, and water, making it slow to recover in the spring. If your grass is stressed or weak, I would avoid over-seeding as this will only make the problem worse.

Finally, as we move into the fall, we’ll likely see some spurts of Large Patch (aka Brown Patch). The fungus is present all year round. However, we only see symptoms under certain conditions. The fungus survives the summer heat, then begins to thrive as temperatures drop in the fall and spring (70 degrees below) and in humid conditions. If you’ve had this problem in the past, it’s imperative to stay away from nitrogen-rich fertilizers and reduce your irrigation. Additionally, lower areas tend to be more susceptible to large plaques. Consider adding about ½ inch of sandy potting soil or compost to low areas to improve drainage and level them with the rest of the yard. Adding more than half an inch of soil can choke the grass and kill it. Hope these tips will help you strengthen your lawn and keep you worry free in the future.

Don’t forget to send your questions about the garden to Plants Answers at 9020 Airport Rd., Conroe TX 77303 or email me at mpotter@ag.tamu.edu.

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This startup is watching what SF hunts – and grows food with https://www.plantenenbloemen.com/this-startup-is-watching-what-sf-hunts-and-grows-food-with/ Thu, 16 Sep 2021 20:30:00 +0000 https://www.plantenenbloemen.com/this-startup-is-watching-what-sf-hunts-and-grows-food-with/

Someone likes to throw packets of soy sauce down the toilet at a big Bay Area tech campus. They probably think no one is watching, but someone is.

That someone is Aaron Tartakovsky, the CEO of Epic Cleantec, a 10-person San Francisco startup that installs mini wastewater treatment systems in some of the city’s tallest and most fashionable buildings. . When his startup was treating the tech company’s wastewater, Tartakovsky discovered the packages.

“You tend to be the recipient of a lot of weird things when you’re sitting at the bottom of a sewer pipe,” Tartakovsky told The Examiner. “We have a flush and forget mentality.”

The 10-person South of Market startup was started by Tartakovsky and his engineer father, Igor, and received accolades from the Bill and Melinda Gates Foundation, Fast Company, and the US Environmental Protection Agency.

Epic Cleantec penetrates building basements and installs pipes and tanks that divert and collect wastewater from showers, sinks, laundry rooms, washing machines, and sometimes toilets. Their systems remove all “solids” (much more on this in a moment), treat the water, capture heat energy in the water, and recirculate the water back into the building for non-potable use. , such as in toilets, washing machines and for watering plants.

Why do all this? On the one hand, it is the law. Since 2015, San Francisco demanded new large buildings to reuse water. More similar regulation is underway, locally and statewide.

“This is necessary for new buildings in San Francisco,” says Joe Walsh, vice president of Related California, which hired Epic Cleantec to operate the water treatment system in its sleek 40-story building, Fifteen Fifty, near Van Ness and Mission streets. “Most importantly, it saves us 2 million gallons per year.”

It’s money, and in drought-parched California, “it’s the right thing to do,” Walsh says.

Water reuse is not yet required in San José. But builder Gary Dillabough is installing Epic Cleantec systems in his sprawling $ 1.2 million office complex. “It’s going to save us 15 million gallons of water a year,” Dillabough said. “And we’re going to use the fertilizer to help with the gardening.”

OK, now let’s talk about poo – and growing food with it.

If you’re feeling squeamish or glancing hesitantly at the bagel you’re eating, you’re not alone. “Everyone needs a little help getting over the yuck factor,” consoles Tartakovsky, CEO of Epic Cleantec.

In its “black water” projects – those that treat water from toilets as well as water from sinks and laundry – Epic Cleantec sometimes uses human excreta to make natural soil products.

Yes, like Matt Damon did to grow potatoes in “The Martian”. Everyone is curious about this. NASA officials even put Tartakovsky aside two years after the 2015 film’s release to ask about the possibility.

Epic Cleantec uses soil mixed with treated wastewater solids for plants in the company’s demonstration garden in San Francisco. (Photo courtesy of Epic Cleantec)

Well, Epic Cleantec employees grew, ate, and served food grown using processed human waste as fertilizer. And not just potatoes. Epic Cleantec makes Damon’s fare as Spartan as it is Martian. If Damon had Epic Cleantec, he might still be on Mars, eating.

Epic Cleantec used processed human poop to grow lettuce, tomatoes, strawberries, snow peas, radishes, mint, rosemary, sage, and a variety of flowers. The poo came from Stanford University and the NEMA building in downtown San Francisco, another sleek apartment building at the 10th and Market that uses Epic Cleantec systems.

Van Gogh’s poo was used to grow vegetables in a demonstration garden run by Epic Cleantec.

No current Epic Cleantec customer grows food with the solids removed from their wastewater, yet. And some, like the Fifteen Fifty Building, only use “gray water” systems that do not capture toilet water at all (“black water”).

But it does happen, says Tartakovsky. “We are big supporters of black water systems. The status quo is not sustainable. Our industry is where solar was 15 years ago.

The question is for us to answer, he thinks: are we going to get past the yuck factor, or are we continuing to rinse the packets of soy sauce?



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Market Size, Trends and Key Companies in the Biofertilizers Market – Novozymes A / S, Rizobacter Argentina SA, Madras Fertilizers Limited, Camson Bio Technologies Limited, LallemandInc, National Fertilizers Limited, Gujarat State Fertilizers & Chemicals Ltd. https://www.plantenenbloemen.com/market-size-trends-and-key-companies-in-the-biofertilizers-market-novozymes-a-s-rizobacter-argentina-sa-madras-fertilizers-limited-camson-bio-technologies-limited-lallemandinc-national-ferti/ Thu, 16 Sep 2021 13:53:38 +0000 https://www.plantenenbloemen.com/market-size-trends-and-key-companies-in-the-biofertilizers-market-novozymes-a-s-rizobacter-argentina-sa-madras-fertilizers-limited-camson-bio-technologies-limited-lallemandinc-national-ferti/

New Jersey, United States, – The Biofertilizer market The report contains a detailed analysis of the current status of the market, market player, region, type and application. The report provides an in-depth assessment of growth factors, market definition, manufacturers, market potential, and influencing trends to understand future demand and outlook for the global industry. This study provides information on the Biofertilizers market size, company share, sales volume, and revenue during the historical and forecast period of 2028. The research report covers major players in the industry, CAGR value, market drivers, restraints and competitive strategies worldwide from region.

The Biofertilizers Market report including its market outline and development status by types and applications, which specifies its price and profit status, market growth drivers, and challenges. Readers will find this report very helpful in understanding the market in depth. Finally, the report contains the last part, which contains the opinions of industry experts.

The biofertilizers market was valued at USD 1,404.88 million in 2019 and is expected to reach USD 3,758.56 million by 2027, growing at a CAGR of 14.12% from 2020 to 2027.

The report has conducted extensive research on the market segments and sub-segments and clarified which market segment will dominate the market during the forecast period. To help clients to make informed decisions about company investment plans and strategies in the Biofertilizers market, the report involves in-depth information regarding regional market performance and competitive analysis.

The report covers an in-depth analysis of the major market players in the market, along with their business overview, expansion plans, and strategies. The major players studied in the report include:

Novozymes A / S, Madras Fertilizers Limited, Rizobacter Argentina SA, Camson Bio Technologies Limited, LallemandInc, National Fertilizers Limited, Gujarat State Fertilizers & Chemicals Ltd., T. Stanes & Company Limited, Rashtriya Chemicals & Fertilatories Ltd., Nutramax Laboratories, Inc.

Segmentation of the biofertilizer market

Biofertilizers Market by Crop Type

• Cereals and cereals
• Fruits and vegetables
• Legumes and oil seeds
• Others

Microorganism biofertilizers market

• Azotobacter
• Rhizobium
• Cyanobacteria
• Azospirillium
• Phosphate solubilizing bacteria
• Others

Biofertilizers Market by Application Mode

• Soil treatment
• Seed treatment
• Others

Scope of Biofertilizers Market Report

Report attribute Details
Market size available for years 2021 – 2028
Reference year considered 2021
Historical data 2015 – 2020
Forecast period 2021 – 2028
Quantitative units Revenue in millions of USD and CAGR from 2021 to 2028
Covered segments Types, applications, end users, etc.
Cover of the report Revenue forecast, company ranking, competitive landscape, growth factors and trends
Regional scope North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
Scope of customization Free customization of the report (equivalent to 8 working days for analysts) with purchase. Add or change the scope of country, region and segment.
Price and purchase options Take advantage of personalized shopping options to meet your exact research needs. Explore purchasing options

Geographic segment covered in the report:

The Biofertilizers report provides information about the market area, which is further subdivided into sub-regions and countries / regions. In addition to the market share in each country and sub-region, this chapter of this report also contains information on profit opportunities. This chapter of the report mentions the market share and growth rate of each region, country and sub-region during the estimated period.

  • The Middle East and Africa (GCC countries and Egypt)
  • North America (United States, Mexico and Canada)
  • South America (Brazil etc …)
  • Europe (Turkey, Germany, Russia UK, Italy, France, etc.)
  • Asia Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia and Australia)

Key questions answered in the report:

  • Who are the major global players in this Biofertilizers market?
  • What is their company profile, their product information, their contact details?
  • What was the global market status of the market?
  • What was the capacity, production value, cost and profit of the market?
  • What are the projections of the global industry taking into account the capacity, output and production value?
  • What will the cost and profit estimate be?
  • What will be the market share, supply and consumption?
  • What is the market chain analysis by upstream commodity and downstream industry?
  • What are the market dynamics of the market?
  • What are the challenges and opportunities?
  • What should be the entry strategies, the countermeasures to the economic impact, the marketing channels for the industry?

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Ammonia Market Expected To Grow At A CAGR Of 4.60% By 2030 | https://www.plantenenbloemen.com/ammonia-market-expected-to-grow-at-a-cagr-of-4-60-by-2030/ Thu, 16 Sep 2021 08:15:39 +0000 https://www.plantenenbloemen.com/ammonia-market-expected-to-grow-at-a-cagr-of-4-60-by-2030/

According to the ChemAnalyst report, “Analysis of the ammonia market: plant capacity, production, operating efficiency, demand and supply, end use, distribution channel, region, competition, trade, intelligence market analysis Customer and Price, 2015-2030 ”, the ammonia market has witnessed significant growth as it reached 11.38 million tonnes in 2020 and is expected to reach a healthy global CAGR of 4.60% during the forecast period until 2030. With the increasing use of ammonia by the agricultural industry, as it is heavily used in fertilizers, it is expected to thrive. the ammonia market across the world over the next few years. However, the dangerous effects of ammonia in its concentrated form may somehow hamper the growth of the market in the years to come.

Read the full report here: https://www.chemanalyst.com/industry-report/ammonia-market-631

Ammonia referred to by its molecular formula NH3 is an organic compound made up of nitrogen and hydrogen. It is a colorless, very reactive and soluble gas with a pungent odor. Ammonia is considered a basic chemical element and a key component widely used in the manufacture of everyday products. Naturally, ammonia is present in plants, soil, air, water, animals and humans. Global production of ammonia takes place on a large industrial scale by steam reforming natural gas, which is converted into liquefied petroleum gas, or petroleum naphtha to produce hydrogen, which is further combined with nitrogen to produce ammonia through the Haber-Bosch process.

Ammonia is considered to be an important chemical that can be used in a variety of industries and for many different purposes. Ammonia is used as a fuel in power generation and engines, a key chemical raw material, the main ingredient in cleaning products, and a refrigerant for cooling systems. It is widely used in a wide range of applications, including pesticides, fertilizers, explosives, refrigerant gases, plastics, textiles, dyes, sewage treatment, leather, rubber, paper and others. One of the main end uses of ammonia is as a fertilizer. About 80% of industrially produced ammonia is used in agriculture as a fertilizer which helps to increase the levels of essential nutrients, like zinc, selenium, boron, etc. Ammonia is widely used in household cleaning applications as a cleaning agent for removing stains or cleaning mirrors, bathtubs.

Read the free sample request: https://www.chemanalyst.com/ChemAnalyst/RequestForm

The global ammonia market is segmented on the basis of type, end use, sales channel, and region. Based on type, the global ammonia market is segmented into liquid and gas. Ammonia in liquid form dominates the world market as it is widely used in household cleaning and fertilizer applications. On the basis of end-use industries, the global ammonia market is divided into agriculture, pharmaceuticals, textiles, mining, refrigeration, and others. The agricultural industry has dominated the global ammonia market during the historical period and is expected to maintain its dominance during the forecast period up to 2030. The increasing demand for nitrogen fertilizers due to its advantages in the agricultural sector is likely to accelerate the ammonia market across the world in the next few years. The increasing demand for ammonia for refrigeration due to the increasing consumption of frozen foods and fresh meat products is expected to increase the growth of the ammonia market in the coming years. The growing demand for ammonia by the pharmaceutical industry in emerging countries like China and others will further propel the global ammonia market in the future.

At the onset of COVID-19, in 2020, the global ammonia market was affected due to a variety of factors including strict social distancing standards and nationwide lockdowns in emerging and industrialized economies around the world. . Several end-user industries, including agriculture, automobiles, textiles and others that largely consume ammonia, have experienced severe declines. However, the refrigeration and pharmacy sector saw a positive impact in the first half of 2020. There has been an increase in demand for perishables, meat products and frozen foods during the covid period, which further increased the need for ammonia for use in refrigeration, thus driving its demand.

Among the various regions, APAC region dominated the global ammonia market during the historical period and is expected to maintain its dominance over the next ten years until 2030. Exponentially increasing demand for ammonia for agricultural activities large-scale in emerging countries including China, India and others dominate the APAC region. The increasing demand for ammonia by the pharmaceutical industry in the Asia-Pacific region will further increase the ammonia market globally in the future.

Ammonia Market Analysis: Factory Capacity, Production, Operating Efficiency, Demand & Supply, Application, End Use, Distribution Channel, Region, Competition, Trade, Customer Intelligence Market Analysis and Price , 2015-2030 “, some of the major players operating in the ammonia market include BASF SE, Nutrien Ltd., Rashtriya Chemicals and Fertilizers Limited (RCFL), Praxair Technology, Inc., EuroChem Group, SABIC, CF Industries Holdings, Inc., Koch Fertilizer, Yara International ASA, China National Petroleum Corporation, LLC, Qatar Petroleum and others.

“The increasing demand for nitrogen fertilizer due to its many advantages of thriving agricultural industry is likely to boost the global ammonia market during the forecast period up to 2030. Due to the epidemic of COVID-19, there has been a substantial increase in demand for frozen foods and meat products, which has led to the need for ammonia for refrigeration purposes, particularly in Europe, North America and Asia . The growing demand for ammonia for large-scale agricultural activities in the Asia-Pacific region will drive the global ammonia market in the coming years. The increasing demand for ammonia by the pharmaceutical industry in emerging countries like China and others will further increase the global ammonia market in the future. Said Mr. Karan Chechi, Research Director at TechSci Research, a research-based management consulting firm that promotes ChemAnalyst around the world.

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Outdoor classroom bringing ecology to the public in Louisiana https://www.plantenenbloemen.com/outdoor-classroom-bringing-ecology-to-the-public-in-louisiana/ Sun, 12 Sep 2021 04:07:53 +0000 https://www.plantenenbloemen.com/outdoor-classroom-bringing-ecology-to-the-public-in-louisiana/ LAFAYETTE, Louisiana (AP) –

Like the deep roots of the native plants studied there, much of the University of Louisiana’s value at the Lafayette Ecology Center is hidden deep below the surface.

The roots of switchgrass, native to the Cajun prairie, are known to grow up to 7 feet deep in the soil of southern Louisiana, making it an excellent candidate for coastal erosion control.

The center provides resources for research, education, and community activities in ecology and environmental biology, but you may never know unless you visit the 50-acre meadow plot in Carencro.

This site includes a large greenhouse, which was just rebuilt after Hurricane Delta, and a building for classrooms, offices and a refrigerated seed storage area. The fields are home to 70 species of rare native plants like switchgrass, barbon, and a type of ash sunflower called Cajun Sunrise.

Visitors, whether university researchers or elementary school students, can pluck a leaf from a mountain white mint plant to smell and taste it for themselves. There are flowers covered with tiny bags to prevent cross-pollination, so graduate students can observe what happens when a single insect pollinates a flower.

Rows of blue water tanks hold tiny mosquitoes for a teacher to study and compare their evolution. And a block of wetland plants serves as seed production and harvest for future restoration projects.

The place is ripe for research into super pollinators, exclusion of rains, ecosystem changes and coastal erosion, said operations director Andre ‘Daugereaux.

Daugereaux, who has run the center since 2009, said there are likely currently 12 to 18 graduate students and five or six professors conducting research on site. The center also generally hosts private groups with similar missions, such as the Cajun Prairie Habitat Society or the Acadiana Native Plant Project.

Blaine Novak Pilch is a doctoral student studying how bees respond to the presence of the green lynx spider and how their response influences the Cajun prairie plant community.

To investigate this, he has 40 plots at the ecological center, each with 10 different native species to which he applies treatments, collects seeds and observes the behavior of pollinators. He said the center is of crucial importance for his work and his field of study.

“In ecology, having experiments that mimic nature in a way that cannot be done in a laboratory but can be replicated in a way that would be difficult to do in a natural ecosystem is extremely useful for understanding ecosystems,” Pilch said. “This applies even more to rarer ecosystems, such as the Cajun prairie of which only about 250 acres remain, and experimentation is limited.”

Another important research topic at the Ecological Center is erosion, and this is at the heart of a new Ecological Center project – an outdoor classroom for learning and research on erosion management. by stormwater runoff, native grasses and plants, bees and other pollinators and soil quality.

The work, which begins this semester, is an interdisciplinary effort led by the UL Lafayette Ecological Center and its Sustainability Office to plant more native flowers and herbs on 4 acres on either side of the Coulee Mine, the one of the most important drainage canals in Lafayette.

Student volunteers will also help plant along a section of the waterway that cuts through University Common behind Blackham Coliseum.


This will lead to a Cajun Prairie Habitat and an open-air classroom, a place where researchers, students and community leaders can learn about the ecological value of native flowers and herbs, the university recently announced. .

“(With this classroom) everyone can see and hopefully understand what’s going on there,” Daugereaux said. “You have to see it to understand it. “

One thing visitors will see are the extensive root systems of native plants, which provide channels through the soil for water to seep in and replenish what is used by cities, residents, and farmers.

This can be done through a plexiglass wall that sinks deep into the ground and exposes the roots, which is just an idea to discuss with students at the School of Architecture and Design who will help to design and build the outdoor classroom.

“The idea is to have an outdoor seating area similar to a plaza without walls or roof – a real outdoor classroom where students, faculty members and the public can meet while they are working on. projects, ”Vanicor said.

They will also learn how these plants improve soil health over time, store carbon, attract pollinators and provide food for migrating birds, not to mention the impact plants have on erosion, Daugereaux said.

“This is one of the most important elements of the project, as the fibrous and expansive root systems of native plants hold the soil together, reducing erosion from stormwater runoff,” said Gretchen LaCombe Vanicor, director of the University Sustainability Office. “They slow down the drainage of water, which reduces flooding, and also filter out contaminants.”

Daugereaux recommended planting switchgrass, which grows from the Gulf Coast through Louisiana and beyond.

“It is extraordinarily good at sending out deep roots and keeping the soil in place,” he said.

They will also plant the Little Blue Stem, a dominant prairie grass that once covered 2.5 million acres of Louisiana, along the flow and in the outdoor classroom. Native plants like these and others are able to adapt to changes in the ecosystem because they have been adapting for years, Daugereaux explained.

“They’ve been here for 10,000 to 50,000 years,” he said. “The prairie plants, they’ve adapted to whatever this state can throw at them – hurricanes, winter storms. And they are perennial, so they last.


The initiative along the casting recently received a boost from the CenterPoint Energy Foundation, which provided $ 7,500 to allow the Ecological Center to hire an undergraduate research student to grow seeds from native plants and increase the production.

The support will also provide supplies and labor for planting, growing, and will cover the cost of truckloading compost for fertilizer from UL Lafayette’s experimental farm near Cade, which is produced in the part of the university’s zero waste initiative.

The creation of urban grasslands on campus is an initiative of the university’s strategic sustainability plan and one that aligns with the Office of Sustainability’s stormwater management master plan. Such areas reduce the need to mow, provide habitat for bees, birds, butterflies and other pollinators, and help reduce stormwater runoff, a statement said.

Other plans for the outdoor classroom project include the installation of hydrological sensors at the site, which will allow researchers to analyze the soil over long periods of time for water quality, filtration capacity. and carbon levels, depending on the university.

Students at the College of Engineering and the Louisiana Watershed Flood Center will be able to study flood control, while students at Ray P. Authement College of Sciences will be able to examine soil quality, botany, and insect and bird populations. .

In addition to teaching, faculty research and student academic projects, research collected on the site will be shared with public officials and water management professionals “to inform dialogue and decisions. communities, including on the implementation of flood mitigation methods, ”Vanicor explained.

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China will continuously improve the eco-environment: action plan https://www.plantenenbloemen.com/china-will-continuously-improve-the-eco-environment-action-plan/ Thu, 09 Sep 2021 03:15:56 +0000 https://www.plantenenbloemen.com/china-will-continuously-improve-the-eco-environment-action-plan/

China will fight and win the battle against pollution and continuously improve the eco-environment, a human rights action plan said Thursday.

Entitled “China’s Human Rights Action Plan (2021-2025)”, the document was released by the Information Office of the State Council.

According to the action plan, China will take further steps to prevent and control air pollution, and coordinate its commitments to reduce air pollutants and greenhouse gas emissions.

Average PM2.5 intensity in cities at prefectural level or above is expected to decrease by 10%, while total emissions of nitrogen oxides and volatile organic compounds are expected to decrease by more than 10% respectively.

China will also strengthen water treatment and protection, according to the action plan. It will continue the campaign to protect the environment to treat black and smelly water bodies in cities and largely eliminate these phenomena in urban agglomerations.

In terms of soil conservation, China will consolidate and improve the safe use of agricultural land, reduce the use of pesticides and chemical fertilizers, and address pollution caused by agricultural plastic films.

Wastewater and solid waste treatment will be improved during the period, according to the action plan. China will achieve comprehensive coverage of sewage pipeline networks in urban areas and ensure that the treatment to make sewage sludge harmless reaches 90%. A basic system for depositing, collecting, transporting and disposing of sorted household waste will be set up in cities at the prefectural and higher levels.

The country also aims to improve environmental governance based on the law, says the action plan. It will improve its eco-environmental legal system, formulate and revise laws and regulations, and regularly advance the formulation and revision of environmental standards.

China will take resolute action against illegal and criminal activities in the eco-environmental field in accordance with the law, according to the action plan.

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Tropical gardening: composting and mulching to build healthy soils https://www.plantenenbloemen.com/tropical-gardening-composting-and-mulching-to-build-healthy-soils/ Sat, 04 Sep 2021 10:05:00 +0000 https://www.plantenenbloemen.com/tropical-gardening-composting-and-mulching-to-build-healthy-soils/

When the weather conditions are dry, now is a good time to explore ways to conserve water. Organic matter is essential for good soil. Well-decomposed organic matter helps increase the soil’s water and nutrient retention capacity. Undecayed materials like leaves and clippings used as surface mulch can help conserve moisture and control weeds. Nematodes, these tiny microscopic worms that feed on your roots, will do less damage in soil rich in organic matter. Organic matter can also increase the minor element and microbiological activity in your soil.

For these reasons, save your grass clippings and leaves. They are like money in the bank. You can store these materials in a corner of the garden.

The decomposition of plant material deposited in a compost heap can be accelerated through the use of fertilizers.

For every bushel of leaves, grass clippings or pruning tips, add two cups of balanced fertilizer and one cup of ground coral or hydrated lime.

Build the compost pile using the layered cake method, a layer of plant material 6 inches deep. Continue until the pile is about 4 feet high.

Once the pile shows signs that decomposition is well advanced, usually 4 to 5 weeks, mix the pile by turning it over. A fork would be helpful at this point. The compost is ready for use in about three months. It is an excellent material to mix with soil for home gardens and new plantings.

Anthurium thrives especially on well-drained compost mixed with volcanic ash. They love this organic-rich, well-ventilated blend with good water holding capacity, but good drainage. A good mixture should be able to anchor the roots and stem so that the plant does not tip over as it grows upwards while still providing enough moisture, nutrients and aeration to the plant. Ash or crushed stone added to composted wood chips, sugarcane bagasse, macadamia nut shells, peat or tree bark will serve to better anchor the roots.

Even with composting and mulching, you will still need to fertilize your garden.

Some Hawaiian soils are very young and poor in nutrients. Greater amounts of fertilizer are needed to grow lawn plants and grasses, than where soils are older and better developed.

Soil not only lacks primary elements, such as nitrogen, phosphorus and potassium, but it is also deficient in “minor elements” such as copper, zinc and boron.

When plants are grown in these mineral poor soils and fertilized with regular plant foods, they often develop various deficiencies.

Several years ago, plant scientists studied these deficiencies and not only learned to recognize the affected plants, but they also learned that they could be corrected by spraying the mineral that the plant was deficient in.

But what average gardener has the training to recognize deficiency symptoms in plants?

To overcome this problem, the nutritional spray has been developed. It is a mixture that contains just about all the minerals that a plant can be deficient in. At first it was necessary to add lime to neutralize these solutions; but now garden centers have mixtures that do not require lime.

Two to three times a year is usually sufficient to apply a nutritional spray.

In new gardens, it may be necessary to apply a nutritional spray about every three months in the first year to anticipate deficiencies.

Along with the nutritional spray, it is a good idea to use a ground application of the minor elements. Magnesium, iron and zinc are the most important elements, but plants are sometimes found lacking in boron, manganese, copper and other “trace elements”.

There are several “shotgun” combinations available at your supply store. Some plants require greater amounts of certain elements than other plants.

Increasing the organic matter in your soil and using a “gun” treatment as a spray or soil application or both will prevent your plants from having these deficiencies in most conditions. Remember to follow the directions on the label. Too many nutrients important to plants can be as bad as too little!

For more information, contact the office near you. The Hilo office number is 959-9155 and Kona is 322-4893

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