#maize silo

[orisonindustries]

Maize Silo Manufacturer in India

Orison Industries, a renowned name in India’s agricultural manufacturing sector, is proud to introduce our cutting-edge maize silos, designed to meet the evolving needs of farmers and agricultural enterprises. With a commitment to quality and innovation, our maize silos are engineered to provide optimal storage solutions, ensuring the preservation and longevity of your valuable maize crops.

Our maize silos are constructed from premium-grade materials, offering exceptional durability and resistance to harsh environmental conditions. The robust design ensures that your maize is protected from moisture, pests, and other contaminants, maintaining its quality and nutritional value over extended periods. Each silo is equipped with advanced ventilation systems that regulate temperature and humidity, preventing spoilage and loss.

Orison Industries prioritizes efficiency and ease of use in all our products. Our maize silos feature user-friendly loading and unloading mechanisms, enabling quick and hassle-free handling of large quantities of maize. The innovative design also includes automated monitoring systems, allowing for real-time tracking of storage conditions and inventory levels. This ensures that you are always informed and can make timely decisions to protect your investment.

In addition to functionality, our maize silos are designed with scalability in mind. Whether you are a small-scale farmer or a large agricultural operation, Orison Industries offers a range of silo sizes and configurations to meet your specific requirements. Our team of experts is dedicated to providing customized solutions that enhance your storage capabilities and streamline your operations.

At Orison Industries, we understand the critical role that proper storage plays in the agricultural value chain. Our maize silos are a testament to our unwavering commitment to supporting farmers with reliable, high-performance storage solutions. Trust Orison Industries for your maize storage needs and experience the difference that superior engineering and dedicated service can make.

For more Information Please Contact Us!

[courseyoulovemeyoudontknowme]

The Good Dinosaur (2015, Peter Sohn)

29/10/2024

[nichromeafricapackagingmachine]

Elevate Your Grain Packaging Game: Discover Nichrome’s Innovative Solutions

Cereals, the delightful fruits of domestically cultivated grasses, are essential players in the global food scene. Key players include wheat, barley, oats, rye, rice, maize, sorghum, and millets. These staples have fed civilizations since prehistoric times, and their production, storage, and utilization have been pivotal in shaping modern society. With a growing range of cereal-based products on the market, informed consumers are constantly on the lookout for quality offerings.

Each year, over two billion tonnes of grains are produced worldwide, stored at various points along the grain distribution chain—from producer to consumer. These grains are packed into defined Stock Keeping Units (SKUs) like bags, silos, warehouses, containers, and even stacks on the ground, ensuring they maintain their quality and flavor.

Why Store Grains?

Grains need proper storage for several reasons:

Processing is often done away from production sites

Seasonal production requires year-round availability

Emergency reserves are crucial during crises like famines

Seeds must be stored for the next planting season

Nichrome’s Grain Packaging Solutions

At Nichrome, we take grain packaging to the next level. Our automated packaging machines, filling systems, and integrated packaging solutions are designed to meet your grain and seed packaging needs with precision and flair. Our Excel Plus series of food packaging machines combines cutting-edge technology with stringent quality standards to deliver exceptional results for a wide array of products.

Excel 400 Plus Intelligent Electronic Weigh Filler

This VFFS (Vertical Form Fill Seal) packaging machine is a true all-rounder, adept at packaging grains, pulses, sugar, seeds, spices, and tea. The Excel 400 can produce pouches of up to 10 kg at a rapid pace of 80 packs per minute. It offers a variety of pouch formats, including Pentaseal, Pentaseal with D cut, Gusset Pouch, CSPP, and 4 Line Seal pouch.

Key Features:

Print mark scanners for precise alignment

Servo motor-driven bag length control for accuracy

Adjustable cross-sealing jaws for optimal sealing quality

Compliance with stringent quality standards

Seamless integration into upstream and downstream systems

Versatile compatibility with various fillers

Sprint 250 Plus Intelligent Electronic Weigh Filler

The Sprint 250 Plus series is your go-to for speed, accuracy, and efficiency in flexible packaging. Operating with a CE-marked PLC and touchscreen HMI, this automated machine features a servo motor-driven sealing system that ensures packs are sealed to perfection. It precisely pulls the right length of film and includes a perforation system for delivering chains of small pouches.

Specifications:

Packs up to 2 kg pouches at an impressive rate of 120 packs per minute

Supports pouch formats like CSPP and Gusset pouch

Conclusion: Pack a Punch with Nichrome

Packaging is not just a necessity; it’s the backbone of grain storage, processing, protection, and presentation. As staples in the diets of countless individuals, grains deserve packaging that is both functional and cost-effective, maximizing profits while minimizing costs.

Nichrome is not just a packaging machine manufacturer; we’re your partners in understanding the unique challenges and requirements of your products. Our extensive portfolio of Automatic Packing Machines includes solutions for milk, rice, powders, liquids, and more. Our commitment to innovative in-house R&D and robust manufacturing capabilities has helped us establish a strong global presence.

Ready to take your grain packaging to the next level? Let Nichrome be your guide in Africa, where quality meets creativity in every pack. Reach out to us today and transform how you package grains for the better! Learn More: https://africa.nichrome.com/blog/elevate-grain-packaging-game-with-innovative-solutions/

[annapurna123]

Why are grain storage silos important for food security?

Grain storage is a critical aspect of the agricultural supply chain. Proper storage not only protects grain from environmental damage but also ensures food security. Grain Storage Silos, offered by Annapurna Agronics Machinery Pvt. Ltd, provide the ideal solution for safe, efficient, and long-term storage of grains.

What are Grain Storage Silos?

A grain storage silo is a specialized structure designed to store bulk quantities of grains such as wheat, rice, maize, and pulses. These silos protect the grain from pests, moisture, and other external factors, ensuring that the stored grain remains in perfect condition for extended periods.

Key Benefits of Grain Storage Silos by Annapurna Agronics:

Large Storage Capacity: Our silos are built to store massive quantities of grain, reducing the need for multiple storage locations.

Enhanced Grain Protection: The design of our silos ensures protection against environmental factors such as moisture, pests, and mold.

Efficient Aeration System: The integrated aeration system helps maintain the quality of stored grains by controlling temperature and moisture levels.

Durable Construction: Made from high-quality materials, our silos are designed to withstand harsh weather conditions and long-term use.

Cost-Effective: With minimal maintenance and a long service life, our grain storage silos provide a cost-effective storage solution.

Why Choose Annapurna Agronics for Grain Storage Silos?

Custom Solutions: We offer a variety of silo designs and capacities to meet your specific needs.

Technological Advancements: Our silos come equipped with advanced monitoring systems for real-time tracking of grain quality.

Expert Support: From design to installation and maintenance, our team provides end-to-end support for your grain storage needs.

Applications of Grain Storage Silos

Farms: Ideal for individual farms looking to store harvested grain before selling or processing.

Agricultural Cooperatives: Used to store grain from multiple sources before distribution.

Grain Processing Plants: Ensures a steady supply of quality grain for processing units.

Contact Us for Reliable Grain Storage Solutions:

Phone: +91–9350646845

Email: info@annapurna.com

Address: Khasra №53, 30/31, Godown ���3, Near New Shri Balaji Dharam Kanta, Old G.T. Karnal Road, Bakoli, Delhi — 110036

Annapurna Agronics Machinery Pvt. Ltd provides grain storage solutions that ensure the safety and quality of your grain, making us the trusted choice for farmers and agricultural businesses.

[mixotrophics]

food crops basics: cereals

cereals : cereals are the seeds of grasses (Poaceae). There are many many cereals of note: wheat, rice, and maize(corn) spring to mind ... chances are, you are a member of one (or more) cultures that have an ancient, deep relationship with one or more of those three cereals. There are also others like barley, millet, sorghum, and oats that are mega important in their own right, but those three are standouts for sure. There are also many plants which are farmed and used in a way similar to cereals, such as quinoa, but these are not grasses and so are "pseudo"cereals (just a different kind of plant than true cereals).

Generally, cereals are farmed for their grains which are smallish, hard, dry fruits, which are easy to store compared to other starchy plants like plantain, especially before refrigeration. Kept out the way of mice and wet, they'd last ... probably why humans liked hanging out with semiferal cats, which eventually became the domestic cats we have to this day.

Cereals are some of the crops we farm the most of, and also some of the crops we have been farming for as long as farming has been a thing that we do. Our relationship with cereals is truly ancient and is sometimes pointed to as a point in which hierarchical, ownership-based systems began(1) ... not 100% on that one tbh. Why not? Well it makes sense that farming cereals would require a different social organization than hunter-gathering, because of the work needed to cultivate, harvest, and process cereals, and also that the benefits of long-term storage can become an issue if you are having to carry that grain around with you as opposed to keeping it in a granary/silo building. However, these things do not require hierarchy, ownership, so on. Processing grains can be hard work, but made easy or even enjoyable as a community activity, sitting around with your friends and family grinding grain and gossiping, something people do with all sorts of activities including milling grain. We also see examples of cultures that cultivated cereals as staples that have other systems, such as domestic & kin-based systems where extended families work community to cultivate cereals(2). Look to maize in the Americas for many examples.

Maize itself is worth bringing up because there is, so much, here.

Maize is a domesticated descendant of wild teosinte, and really interesting stuff is done to unpick the patterns of maize domestication taking place 5000 to 9000 years ago. This includes looking at lakebeds to see pollen and phytolith presence (both vary by shape, and phytoliths are microscopic structures that persist after a plant decays), fossil records, and checking pottery and human remains for maize components(3). Regardless of how these understandings shift and change, the fact remains that these people over centuries cultivated teosinte into maize, carefully selecting the best cereals to propagate ...

look at this. This is a profound link to many folks' ancestors, and a way of extending hope forward, selective breeding for crops that are better and forming culture around this practice.

& much like the very people who formed this relationship with maize, the plant itself bears the wounds of colonization. It lays bare how much of a lie the "benefits" of Western civilization are ... none of this makes life better for humanity, it exists to make a select few people at the top of the pile very, very wealthy & powerful. & there is no limit to their greed. maize has become a menace in the hands of industrial agriculture and capitalist firms.

You may have seen the news about corn sweat, aka transpiration, where plants (like humans) excrete water which evaporates & carries heat away from the body. in sufficiently "sweaty" circumstances, it boosts humidity, in turn making sweat a less effective cooling strategy. The sheer scale of industrial corn agriculture, grown in monocultures without shade of trees, results in massive corn-sweating increasing the humidity and making it harder to cool down. & other than that. Generally, when monetary value is the metric through which things are measured & prioritized, things that sell well get prioritized over things that are good. Crops that look nice & taste sweet & are addictive & can be used for animal feed, biofuel, and ultraprocessed food become the crops to grow, pushing out others. Things like "having essential nutrients" fall by the wayside, leading to circumstances where people have sufficient caloric intake but insufficient nutrition(4). Maize is no exception here. In many cases, its cultivation is for use as corn syrup to cut costs in the production of sweet things (cheaper than sugar), or corn to bulk out flour, or corn to feed animals in CAFOs rather than allowing animals to graze naturally on plant matter we can't digest. An amazing plant with an ancient history beaten down into the fuel for a whole lot of problems and very few people getting very rich. We see the same with other cereals for certain, but maize is certainly a notable case.

not all more-recent cereal farming is fucked up & evil, though. Many many people continue traditional practices, and many experiment with mixing a range of knowledge to try and cultivate these important plants in a more sustainable way. For example, Alternate Wet and Dry Irrigation (AWDI) for rice farming is an iteration of rice-paddy farming where the paddies are allowed to intermittently dry out rather than be continuously flooded, reducing water demands and risk of contamination from polluted water(5). The staple status of these plants means that successful breeding for better nutrition can have a big impact, kind of like how contemporary furikake made a huge difference by adding nutritional bonuses to otherwise just plain rice. and while it makes "conventional" harvesting machinery less useable, cereals can of course be farmed in polycultures with other plants.

rice itself is similarly ancient and entangled in human history, with wild rice species and evidence of rice domestication spanning multiple continents. Wild rice is harvested by indigenous folks while domesticated rice is raised by many indigenous groups as well. The wild-domestic rice boundary is fuzzy, with wild rice being cultivated (it's "wild" rice in that it hasn't been through the incredibly long process of domestication), with wild rice being crossbred with domestic rice, with ancestral early-domestication rice being carried down multiple parallel domestication processes in different places, by different people(6). Rice has been used to make so, so much, and is the basis for an immense diversity of cultures.

fascinating stuff with a lot of history and a lot of hope.

So mentioned before that the dry nature of the grain made it viable for storage w/o technologies/processing moreso than other starches. but there are potentially other reasons that grains became So Important, since these plants can take a lot of effort to turn into food (ever seen how many steps it takes to turn wheat into bread?) after all.

here is a brief aside to the "drunken monkey" hypothesis of human evolution. Human evolution is of course a very. Hmm. subject at times. For example the similar-sounding "stoned ape" hypothesis which notes the overlap between ancestral human lineages and psilocybin mushrooms, and says that perhaps the reason we have such weird brains is we took a lot of shrooms and those brain-changes gave rise to Human Intellect (literally going "what drugs were you on when you came up with this lol" to the Entire Human Species). Despite name similarities, drunken monkey is different.

so you know how sometimes animals will eat fruit that's a bit rotten and they get drunk? Fruit-eating animals are somewhat known for this.

so humans are apes and we are thought to have descended from an arboreal ape living in the forests of Africa. many of our close sibling-species still live there, still living in the trees (chimps and bonobos). They are omnivores and frugivores, and humans are also omnivores with a lot of frugivore-vibes (teeth setup, loving sweets, being able to get scurvy with insufficient fruit+vegetable intake). being a frugivore makes sense when you live in the trees in a habitat that's close to the equator, where there isn't a wintertime with cold weather & short daylight hours that restrict plant growth and damage large, soft fruits. Sometimes, there isn't enough fruit, and so other foods are eaten instead (leaves, bugs, meat, so on).

of course, this fruit-based diet is a bit more troublesome moving away from the equator and living on the ground. The drunken monkey hypothesis points to our love of alcohol and our relatively-high ability to digest it as a suggestion that maybe, we could live on the ground in areas with poorer fruit conditions by eating fallen fruit on the ground, rotting, becoming alcoholic(7). Alcohol is a poison, but we can take a pretty big amount of it. It has a pungent smell as well and a lot of people find that smell nice. for a frugivore ape living on the ground, it would be really beneficial if we could eat rotten fruit off the ground, and also beneficial if we were attracted to the smell of rotting fruit and therefore able to find it more easily.

why am I talking about alcohol here? gestures vaguely at beer, sake, chicha morada, other grain alcohols ...

we've been brewing alcohol from grains for a really long time, with some thinking we figured out how to make beer before bread. Before we knew how to treat water, weak beer was a safer option than water, which I wouldn't be surprised affected us much like starting to cook meat -- wasting less energy on being sick and full of parasites, we have more energy for reproduction, invention, thinking (& brain size), art, music, so on ... as disastrous as alcohol can be, it's another ancient human Thing We Do and another way our lives & the lives of cereals are woven together.

humans & cereal grasses, the grains of Poaceae, we go way back and have shaped one another. These are ancient species-transcendent interrelationships fostered over centuries and centuries. these relationships and rituals are subjugated, much like so many humans, under an exploitative hierarchy meant to distill the variety of life and experience into a single unit measure, Monetary Value. Take a moment to say thanks to cereals, have some bread, flatbread, pasta, tortilla, rice, rice noodle, oats ... we are old friends and have been since before , gestures vaguely again, all of this bullshit.

… and I only talked about three cereals here. This only absolutely scrapes the surface of those three cereals as well. Again this is food crops basics and there is so much more, I absolutely encourage looking around and seeing what you can find yourself!

...

1 ) Nowak, M. Do We Finally Know What the Neolithic Is? Open Archaeology 2022, 8(1). 2 ) Storey, R., & Widmer, R. J. The Pre-Columbian Economy. Latin American Studies Association, 2001. 3 ) Bonzani, R. M., & Oyuela-Caycedo, A. The Gift of the Variation and Dispersion of Maize. In Histories of Maize, Academic Press, 2006. 4 ) Scharff, L. B., Saltenis, V. L. R., Jensen, P. E., Baekelandt, A., Burgess, A. J., Burow, M., Ceriotti, A., Cohan, J.-P., Geu-Flores, F., Halkier, B. A., Haslam, R. P., Inzé, D., Klein Lankhorst, R., Murchie, E. H., Napier, J. A., Nacry, P., Parry, M. A. J., Santino, A., Scarano, A., Sparvoli, F., Wilhelm, R., & Pribil, M. Prospects to improve the nutritional quality of crops. Food and Energy Security 2022, 11(1):e327. 5 ) Chapagain, T., & Riseman, A. Achieving More with Less Water: Alternate Wet and Dry Irrigation (AWDI) as an Alternative to the Conventional Water Management Practices in Rice Farming. Journal of Agricultural Science 2011, 3(3):3-13. 6 ) Sweeney, M., & McCouch, S. The Complex History of the Domestication of Rice. Annals of Botany 2007, 100(5):951–957. 7 ) Dudley, R., & Maro, A. Human Evolution and Dietary Ethanol. Nutrients 2021, 13(7):2419.

...

images: image of grains, Miquel Pujol on Wikimedia teosinte vs. maize, by T. Ryan Gregory, via Vassar's Real Archaeology Blog waxwing image taken from an Anchorage Daily News article

[lokesh-infinium]

Exploring the Future Landscape: Silo Bags Market Expected to Attain $ 1,061.88 Million by 2030

Originally designed for anaerobic storage of chopped forages, silo bags have evolved to cater to bulk grain storage needs. Leveraging hermetic storage technology, these bags mitigate post-harvest losses, providing an economical avenue for farmers to manage grain marketing between harvests. Comprising three to seven layers of approximately 250-micron thick polyethylene, the outer layer reflects solar radiation, while the inner layer blocks sunlight. With dimensions of about 60 meters in length and 3 meters in diameter, a typical silo bag can store up to 200 tons of wheat, maize, or soybeans, making it adaptable for various quantities. Watertight and gas-tight to CO2 and O2, properly sealed silo bags also shield grains from external damage, enhancing their market appeal. As cultivable land diminishes, the demand for silo bags continues to rise.

To Know More Request Sample of this Report@ https://www.infiniumglobalresearch.com/market-reports/sample-request/971

A study by the World Wildlife Fund and Tesco Plc reveals that inefficient storage solutions contribute to a staggering 1.2 billion tons of farm losses. Positioned as one of the most effective grain storage solutions, silo bags are witnessing heightened demand driven by the need for efficient storage methods. Factors such as convenient packaging, lower cost investment, and ease of handling further propel the silo bags market. Government subsidies to farmers play a pivotal role, with global expenditures averaging USD 719 billion annually from 2018-20, according to the OECD. Despite the availability of alternative storage options like grain bins and metal silos, competition exists. Nevertheless, ongoing advancements in silo bag technologies are anticipated to foster market growth throughout the forecast period.

The silo bags market is segmented into North America, Europe, Asia Pacific, and the rest of the world. North America is expected to hold a maximum share of the silo bags market during the projected period. The United States is one of the largest producers of agricultural products such as corn, soybeans, and wheat. As the demand for efficient and cost-effective storage solutions is on the rise, the demand for silo bags in the region is expected to grow during the forecasted period. Moreover, the Europe region is anticipated to grab a significant share of the market due to the, growing adoption of modern-age farming practices along with the need for flexible storage units. Silo bags offer a versatile and convenient storage option for agricultural products, allowing farmers to store their harvests effectively and with greater flexibility. The ability to store grains, crops, and other agricultural produce in silo bags provides an efficient way to manage inventory, reduce spoilage, and protect crops from adverse weather conditions.

Enquire Here Get Customization & Check Discount for Report @ https://www.infiniumglobalresearch.com/market-reports/customization/971

Key Market Players:

IPESA - RIO CHICO S.A.

LLC Planet Plastic

Up North Plastics, Inc.

The RKW Group

Berry Global Inc.

Plastika Kritis S.A.

Rishi FIBC Solutions Pvt.Ltd.

grainbags.ro

Poly-Ag Corp.

Agroflex

More Insights on this report, Speak to Our Analyst @ https://www.infiniumglobalresearch.com/market-reports/enquiry/971

The report provides deep insights into demand forecasts, market trends, and micro and macro indicators. In addition, this report provides insights into the factors that are driving and restraining the growth in this market. Moreover, The IGR-Growth Matrix analysis given in the report brings an insight into the investment areas that existing or new market players can consider. The report provides insights into the market using analytical tools such as Porter's five forces analysis and DRO analysis of the silo bags market. Moreover, the study highlights current market trends and provides forecasts from 2023-2030. We also have highlighted future trends in the market that will affect the demand during the forecast period. Moreover, the competitive analysis given in each regional market brings an insight into the market share of the leading players.

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Today, the business organizations are going through transformation with competition getting fiercer and business practices becoming more aggressive. Companies that have abilities to fine tune their internal environment and amend themselves to be more competitive only survive, img/abouts have a risk of failure or being acquired. Some business organizations are vigorously working on their business strategies to make the most of the competition, while img/abouts are striving to survive in the competition and get along.

Infinium Global Research LLP is started with a single motto of being business partner of first choice. We at Infinium work on the strengths of our clients to ensure we help them consolidate their market position. We firmly believe in the fact that ‘if you are able to develop newer opportunities then you find there is no dearth of opportunities for you. With our strategic research approaches and deep dive in the market segments, we try to find out new opportunities that our clients can encash with their existing resources. Our experts with over 100 years of cumulative experience in research offer the best in the industry services to our clients to ensure that they achieve their business goals.

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[rainsmediaradio]

Hard Talk About Nigerian Economy

Hard Talk About Nigerian Economy

Hard Talk About Nigerian Economy by Dr. Kenny Odugbemi

The benchmark for business operations to ensure 2024 year end value retention is between (1,500-1,800)/$1;as against projected N800/$1 depending on the diversity of our sectors operating within our economy With a debt burden of US$ 130 billion being serviced by 95% of government revenues and debt servicing now exceeding both recurring and capital expenditure, Nigeria’s debt levels are now clearly unsustainable now at N97.7trn inclusive of local and foreign debt US$10billion form the 2024 budget deficit Nigeria heading in the default direction of Ghana, Zambia and Ethiopia? The restructuring of both domestic and external debt must commence alongside the ongoing economic reforms and revenue drive to avoid Paris and… The federal government in Fy 2024 set a target of 120,000 hectares(4ton per hectares) bringing an audacious target through knowledge application and good extension practices to guarantee Presidential directive of increasing food production to guarantee security at all seasons. Food security is time bound with value chain development through multi-layered approach as it relates to processes, seed production, post harvest losses AFDB initiated a support program tagged "National Agricultural growth scheme" for cross boarder collaboration of our stakeholders which includes *Federal government *State government *Local government *Private investors *Commodity exchange *Agric hub processing zone The Federal Ministry of Agriculture is in line with PBAT aimed at increasing food production initiated "Dry season farm scheme" to produce 6million tones of wheat, presently our current capacity of about 0.5Million metric tones hence we have to import the balance to maintain request on the use of wheat in addition to the following Cassava, yam, soya-bean, sweet potatoes, Irish potatoes, Rice and Maize production Presently,15 Northern states have indicated their sincere interest based on land availability Jigawa state have contributed 50,000hectates with over one thousand well trained extension workers for this food program It is noteworthy that only states with less farmer herder clash and terrorist action General Requirements Genuine farmers will get direct support with their hectarage capacity, most of these will be identified in the Data base of Agriculture of farmland to create access to information and mixed model growth capacity development for all extension agents Challenges/Solutions Logistics issues+ this will entail comprehensive repair of all access to farms Post harvest losses - We need to deploy Solar driven Silos with cooling facilities Tax reduction - this will be handled by Presidential Tax review audit which awaits legislation to become applicable laws Scarcity of well trained extension officers - MDA have launched ICT enabled extension platform, tools and ready made "Apps" that are now available across different States Advantage of post harvest method Increase value addition of most commodities to reduce wastage to increase food supply Logistics support services will facilitate construction of access to rural roads covering all Agric regional hubs to provide smooth vehicular activity movement Special agro-processing zone with headquarters in Abidjan sponsored by AFDB for all West African Countries with their network of farmers Finance structure The Ministry of Finance, Inc. will play a major role of Agricultural finance of diverse Commodities in collaboration with three tiers of governments and their network of farmers. Capacity We have 80million hectares arable farm as of today we have only cultivated 34million hectares National wide with more than( 70-80)% as Small scale holders Human Capacity Development MDA will provide robust training and development to boost the capacity, capability, competence and character of Extension workers which includes, planters, harvesters, insecticide and fertilizer application Conclusion The federal government will facilitate the use of 4.0 precision technology driven approaches, including irrigation and fertilizer applications I will advice Federal government to establish Joint task committee acroy three tiers of government, private led sector and development partnerships. Read the full article

[flourmillmachine]

Management of Wheat Silos(www.immy.cn)Integrated Flour mill EPC services provider: www.immy.cnIn wheat maize barley,millet,durrum etc production, the requirements for moistening time are relatively strict. If the moistening time is too short, the endosperm will not be completely soft, the endosperm structure will be uneven, and the rolling distance will not be easy to adjust during grinding. The grinding will not be thorough and the screening will be difficult. If the wheat moistening time is too long, the moisture on the surface of the wheat will evaporate, causing the moisture on the surface of the wheat to dry out and become easily broken, affecting the milling performance.  https://www.immy.cn/blog/management-of-wheat-warehouse-in-flour-mill-1   WUXI HASEN IMPORTAND EXPORT CO.,LTD is a general solution service provider and project system integration service provider with grain and oil equipment technology research and development, engineering design, manufacturing, installation,training and commissioning, project contracting as business main structure.  Products including energy saving roller mill,high plansifter, purifier,wheat scourer,wheat peeler,wheat washer,branbrush,bran finish,maize embryo remmoval,degerminator,flow balance,micro feeder(weight in loss feeder,diffrential micro feeder),rotary sifter,vibro sifter,packing machine,double shaft paddle mixer,quantitative weighing scale, paper bag packing machine,impact detacher,hammer mill(water drop pulverizer).suction duct,aspiration separator,moisture controller,single(double)bin control(inspection)sifter,CNC grooving machine,fluting machine,auto stack robot machine,vibro discharger, bran outlet discharger,color sorter,LAB mill,scraper conveyorbucket elevator,air locker,cyclone pipe,PLC control system.dampener, flour dryer.flour refeeder,conveyor feeder.pre cleaning sifter,pulse dust collector,quantitative flow scale,heavy duty combined sifter XMTS,gate, gravity grading destoner(stone removal),rotary screen. ETC flour mill equipment&machine.   We are leading Integrated wheat maize flour mill engineering equipment manufacture EPC turnkey project services provider from 100 to 3000TPD in China, Inquiry us if you need high standard Full Auto Flour Mill Line from 100-5000 tons per a day. Hope to be your valued supplier for life time cooperation.  E mail: millmachinecn@gmail.com Whatsapp: 008613812016908 www.immy.cn https://lnkd.in/gnYbSr_9 #flourmachine #flourmillmachine #grainmachine #flourmill #wheatflourmillmachine #maizeflourmachine #semolina #Addamaidamachine #nshimamachine #wheatwashingmachine #recycleaspiration #aspirationselector #rollermill #rollerbody #brandischarger #branfinisher #wheatscourer #wheatwasher #wheatcleaner #branbrush #colorsorter #flowbalance #vitaminfeeder #highplansifter #purifier #airlocker #pressurefan #flourconveyor #bucketelevator #steelsilo #degerminator #maizeembryo #destoner #dampener #aspirator #moisturecontroller #PLCsystem #EPCflourmillproject #turnkeyflourmillline #integratedflourmillline #largeflourmillline #dryerwheatflour #dryerwheatban #dryerwheatgerms #productioncapacity #wheatflourmillingmachines #processingplant #flourmillmachine #automaticflour #flourmillplant #millingmachine #flourmillmachine #wheatflourmillmachine #packingmachine #quantitativepacker #spoutpacker #wheatspoutpacker #maizeflourspoutpacker #wheatflourspoutpacker

[hermmachinery]

3-4T/H Poultry Feed Production Plant in Tanzania

It is profitable to develop the poultry industry in Tanzania. A Tanzanian customer ordered a turnkey project for a 3-4t/h poultry feed plant production line from Herm. The customer mainly produces 2mm, 3mm, 4mm, and 6mm chicken feed. The customer also asked a number of feed pellet machine manufacturers, compare their products, services, installation, and after-sales, and finally chose Herm Machinery. At present, the feed production line equipment required by the customer has been completely installed and can be used normally.

The 3-5 tons per hour low output good feedback chicken poultry feed powder mill plant equipment required in the entire production line includes a double ribbon type mixer, a 132KW pellet machine with a side feeder, and galvanized storage silos with two different volumes.

What is The Poultry Feed Mill Plant?

Starting a poultry feed processing plant has always been a profitable business in many countries. Poultry feed plant specializes in producing duck feed, goose feed, chicken feed, bird feed, parrot feed, and other poultry feed machinery and equipment. How to make poultry feed? You need a poultry feed pellet production line first. Our fully automatic poultry feed mill plant with output ranging from 1ton/h-100ton/h. The complete poultry feed pellet production line includes raw material storage, a washing machine, a crusher, a mixer, a poultry feed pelleting machine, a cooler, a screening machine, a packaging system, transportation, and an electronic control system.

The poultry feed pellet plant has good raw material versatility and can be used for the granulation of various raw materials such as corn, sorghum, wheat, beans, and oilseed meal. At the same time, the poultry feed production plant has the characteristics of low energy consumption, high production efficiency, and large profits. It is especially suitable for large feed mills, breeding farms, large farms, etc. At the same time, we provide free installation, training, factory design, and timely after-sales service.

Some Questions About the Poultry Feed Mill Plant

1. Who is suitable for this poultry feed mill plant? 

This poultry feed mill plant is specially designed for farmers, animal farm plants, and animal feed suppliers, etc.

2. What raw material can use in the poultry feed mill plant? 

Poultry feed mill plant raw materials include corn/maize, wheat, grass, alfalfa, oilseed meal & cakes, pasture, bone meal, microelements, etc., and other kinds of raw materials, such as premix, vitamins, wheat bran, salt and other. Different formulations can be made according to different formulas and the needs of the animals being farmed.

3. Why Choose Our Poultry Feed Production Line?

Widely Applications: This poultry feed pellet mill plant can make feeds for poultry, livestock, sheep, pig, cattle, chicken, duck, and other animals, it makes pellets of 2-12mm in diameter, and the pellet size can be changed with our feed pellet machine by adjusting die.

Small Investment: the compact design of this feed mill plant can reduce the investment in workshops etc.

Low Installation Cost: our poultry feed production line comes with detailed installation and commissioning instructions, it is easy to install the machine, and you can use it immediately after the machine is installed.

4. What kind of poultry feed pellet production line can produce? 

This feed pellet production line can produce feed for meat chicken, broilers, laying hens, small baby chicken feed, cattle feed, pig feed, duck feed, sheep feed, poultry feed, livestock feed, goat feed, etc. Such as 2-4mm diameter chick feed pellets and pig feed pellets. 2-5mm rabbit feed pellets, 4-8mm cattle or sheep feed pellets.

This feed pellet mill with a ring die, make pellets of 2-10mm in diameter, the pellet size can be changed with our feed pellet machine by adjusting the die.

5. What we can do for you? 

We can provide the project design, flow chart, feed-making machine manufacturer, the project installation and commission, your staff training, after-sales service, etc. Also, our professional install team will serve you if you need it.

What is The Complete Animal Feed Pellet Production Line Working Process?

Feed Pellets Processing Technology Raw Material → Feed Grinding → Feed Mixing → Feed Pelletizing → Pellet Cooling → Pellet Crushing → Screening & Grading → Pellet Packing

Equipment Related to Complete Feed Manufacturing Plant Feed Grinder →Feed Mixer → Feed Pellet Mill → Counterflow Cooler → Feed Pellets Crumbler → Feed Pellets Grading Sieve → Automatic Weighing and Packing Machine

Storage of the raw materials

There are many different raw materials and materials in the feed, so various types of silos must be used. There are three types of silo that can be used in the feed pellet line, such as hopper silo, flat bottom silo, and galvanized silo.

Cleaning of raw materials

Impurities in feed raw materials not only affect the quality of feed products but also directly affect the use of feed processing equipment and the personal safety of staff. In severe cases, the entire equipment will be damaged and the smooth progress of feed production will be affected. Therefore, impurities in the feed raw materials should be removed in time.

Crushing of raw materials

The technological process of feed crushing is determined according to the required particle size, feed variety, and other conditions. The number of raw material crushing can be divided into primary crushing process and circulating crushing process, or secondary crushing process. The combination with the batching process can be divided into the first batching and then crushing process and the first crushing and then batching process.

Mixing process The mixing process refers to the technological method and process of weighing the ingredients in the feed formula and then entering the mixer for uniform mixing. The mixing section requires a short mixing cycle, high mixing quality, fast discharge, low residual rate, good airtightness, and no dust spillage.

Pelleting process The pelleted feed obtained by compacting and extruding a single raw material or compound mixture by mechanical action is called feed pelleting. The purpose of pelleting is to use the heat, moisture, and pressure in the pelleting process to pelletize the feed that is finely divided, easily dusty, poorly palatable, and difficult to transport.

Cooling process During the pelleting process, when the pellet feed comes out of the feed pellet machine, the water content reaches 16%-18%, and the temperature is as high as 75°C-85°C. It will also cause adhesion and mildew during storage. The moisture must be reduced to below 14%, the temperature must be below 8°C higher than the air temperature, and cooling is required.

Crumbling process In the production process of the feed pellet mill, in order to save electricity, increase productivity and improve quality, the material is often made into a certain size of pellets and then crushed into qualified products according to the size of the feed pellets.

Screening process After the pellet feed is processed by the crushing process, some unqualified materials such as powder will be produced. Therefore, the crushed pellet feed needs to be sieved into a product with neat particles and uniform size.

Packaging process After weighing, put the finished product into the packing scale and pack it. During this process, the package should be calibrated until the package weight standard is met.

Henan Herm Machinery Co., Ltd was established in 2010 and has been devoted to the research and development of Feed Mill Machinery ever since. With more than 10-year experience, Herm® has become a leading manufacturer and supplier of animal feed machines and complete animal feed production lines, cattle feed plants, poultry feed plants, animal feed pellet production lines, etc. It always endeavored to improve the quality of products and aims to meet the new requirements of the international market. 

If You Are Ready to Start a Feed Pellet Plant Business, please contact us for the feed mill machine. We Can Provide Professional Design and Comprehensive Guidance According to Your Needs. Get in touch with us now!

Welcome Contact Us!

Henan Herm Machinery Co., Ltd

Email: info@hermmachinery.com

Whatsapp: 0086 18037508651

[orisonindustries]

Maize Storage Silo Cost ?

India's Maize Silo manufacturing industry is vital for agricultural storage and food security. "Orison Industries" stands at the forefront, offering innovative and reliable maize silo solutions tailored to the diverse needs of Indian farmers and agribusinesses. With a focus on quality, durability, and efficiency, Orison Industries ensures that their silos provide optimal storage conditions, protecting maize from pests, moisture, and other environmental factors.

Orison Industries' maize silos are constructed using high-grade materials and advanced engineering techniques. This guarantees long-term usability and minimal maintenance, crucial for maximizing the return on investment for farmers. The silos are designed with user-friendly features, such as easy access for loading and unloading, efficient aeration systems to maintain grain quality, and robust structural integrity to withstand extreme weather conditions.

Understanding the varied requirements of the Indian market, Orison Industries offers customizable silo solutions, accommodating different capacities and space constraints. Their commitment to innovation is evident in their continuous efforts to integrate the latest technological advancements, ensuring that their products meet international standards.

In conclusion, Orison Industries plays a pivotal role in enhancing maize storage infrastructure in India, contributing significantly to the agricultural sector's growth and sustainability. Their dedication to excellence and customer satisfaction positions them as a trusted partner for maize silo solutions.

For more information :-

Contact us :- +918860602980

Email id :-  sales@orisonindustries.inAddress :-  A143 Bharat Vihar Street No 25 New Delhi 59

[courseyoulovemeyoudontknowme]

The Good Dinosaur (2015, Peter Sohn)

25/05/2024

[news-ld]

Russian airstrikes on several cities in the country have killed at least twenty-six

Transit of Ukrainian cereals: Brussels reaches an settlement with 5 EU states

The European Fee has introduced that it has reached an settlement with 5 EU states to ensure the transit of Ukrainian cereals. The European Union (EU) had suspended in Might 2022, for one yr, customs duties on all merchandise imported from Ukraine and had organized itself to permit it to export its cereal shares after the closure of routes by the Black Sea, following Russia's invasion of the country in February 2022. Neighboring EU states had seen an enormous enhance in arrivals of corn, wheat or sunflower from Ukraine, inflicting silos to grow to be saturated and native costs to fall. Poland, Hungary, Slovakia and Bulgaria had banned cereals and different agricultural merchandise imported from Ukraine in mid-April, saying they wished to guard their farmers, opening a showdown with the Fee, liable for EU commerce coverage. The Fee concluded on Friday a " settlement in precept " with these 4 international locations in addition to with Romania, in order to “reply to each the considerations of Ukraine and people of bordering EU international locations”introduced Commerce Commissioner Valdis Dombrovskis. The settlement gives for the finish of the unilateral prohibition measures taken by these international locations, in trade for “distinctive safeguard measures” regarding 4 merchandise from Ukraine deemed "most delicate" : wheat, maize, rapeseed, sunflower seeds. Assessments might be carried out on different Ukrainian merchandise corresponding to soybeans and olive oil. The Fee had additionally promised on April 19 further assist of €100 million for farmers affected in these 5 international locations, after an preliminary package deal of €56.3 million granted at the finish of March, funds drawn from the Widespread Agricultural Coverage disaster reserve. Above all, the settlement ensures the risk of transiting Ukrainian cereals and agricultural merchandise by means of the 5 states to 3rd international locations, a vital level for Kiev, anxious to have the ability to proceed to export its manufacturing. "This settlement preserves each Ukraine's export capability in order that it continues to feed the world, and the livelihoods of our farmers"praised Fee President Ursula von der Leyen on Twitter. The transit of cereals and different agricultural merchandise by means of Poland to different international locations, suspended by Warsaw for nearly every week, had already formally resumed on February 21, however sustaining the strict ban on promoting them on the Polish market. Earlier Friday, the governments of the Twenty-Seven agreed to resume for one yr the suspension of customs duties on all Ukrainian merchandise imported into the EU. Source link Read the full article

[nichromepackaging]

SUPERIOR FOODGRAIN PACKAGING IS ‘INGRAINED’ IN NICHROME MACHINES

Food grains are a vital source of healthy nutrients. Being excellent carbohydrate sources, they also nourish the human body with protein, fats, vitamins, and minerals. Rice is a staple in India, followed by wheat, maize, and millets.

Most food grains are annual crops. But they are eaten daily. This puts the imperative on safe storage and packaging to prevent losses due to attacks by insects & rodents, pilferage, microbial infestation, high humidity, and heat. The use of automated grain packaging machines to mitigate the risk of contamination is highly sought after across the world.

Grain Packaging Systems

There are several types of grain packaging systems, and their specific features and capabilities vary as per the requirements of the food grain being packaged. Airtight, moisture &UV-resistant packaging is common across the world.

Foodgrain packaging technology has come a long way. Sensors in monitoring and controlling the packaging processes that preserve grain quality have become the preferred means of packaging food grains. 

The potential impact of grain packaging machines on the sustainability of grain products is underlined by the fact that such machines need to be fast, dependable, versatile, and cost-effective. These machines must also facilitate adhering to regulations and standards that govern the use of grain packaging machines, food safety, and labelling. 

Bulk packaging is crucial for long-term storage. However, retail packaging is key to successful marketing. Here the imperative is on visual appeal, convenience and accuracy in unit quantity, and ease of opening. The contents of the bag must be protected against contamination, infestation, moisture, and oxidation. 

Moreover, as bulk density of foodgrains is high, packaging material needs to have good impact strength, tensile strength, and puncture resistance for working on vertical and horizontal form fill and seal (FFS) machines. 

For protecting special food grain varieties like basmati rice and flours from flavour loss and rancidity, flavour barrier materials are used. They could be

reverse printed polyester laminated Low Density Poly Ethelene (LDPE), or oxygen barrier film. Technologies such as CO2 flush packaging and vacuum packaging also help to extend shelf life. 

Grain Packaging Systems 

Nichrome offers a wide range of automated grain packaging systems, grain filling systems and integrated grain packaging solutions for your grain and seed packaging needs.  

With our grain packaging systems, you can pack grain and seed in tins, jars, or bottles. Our grain packaging systems are equipped with innovative technology and offer superior packaging solutions that follow stringent packaging quality standards for a wide range of grain and seed products. 

Nichrome’s Tin Packing Line 

Nichrome offers an efficient tin filling line system that helps you meet your packaging needs. Just change the filler to fill assorted products, and this innovative packaging solution will enable tin packaging in stock keeping units ranging from 100 gm to 1000 gm.

Whether it is pulses, grains, sugar or tea, Nichrome’s tin filling line guarantees high-speed, and accurate filling. Nichrome’s tin filling line system includes a turn table for empty tins, and an inverted tin cleaning machine.

Nichrome tin line system also features a UV chamber, dial indexing unit for twin tin filling, two servo auger fillers, seamer, date batch coding system, capping machine (lid pressing unit), cap elevator with storage silo and turn table for filled tins.

Nichrome Jar Filling Systems

Nichrome is renowned for being ever ready for new challenges and being ready before time for changes in the market. The new jar filling system is another such feather in our cap.

The PLC-controlled jar filling system is fitted with a unique ‘no jar; no filling’ safety device, and safety enclosures with interlocks for rotary parts. It works well for glass, HDPE and PP jars and offers fast changeover for different jar sizes. Nichrome’s jar packaging systems are a godsend for those who want to pack grain and seed products with utmost regard for quality, performance, and speed. 

Nichrome Bottle Filling Systems 

One of the main advantages of glass is that it is harmless to humans. It is a material that guarantees that the consumption of the product does not entail harm to the consumer’s health.It provides great visibility towards the interior and is recyclable.All granular items like sesame seed, cumin seed, coriander seed, wheat, rice, channadal, chickpeacan be packed using Nichrome’s advanced, high-tech grain bottling systems. 

Among other things, our grain packing systems in bottlesare automatic, compact, PLC controlled, easy to operate, and require minimal maintenance. 

Top quality components and superb work manshipis our hallmark, and all contact parts are made of stainless steel. The sterling features of our bottledgrain packaging systems are the talk of the industry. 

Conclusion

Packaging for grains, cereals and sugar is vital for storage, handling, display and preservation of the product. As these are essential commodities and staples of our daily diet, packaging must fulfill all its functions at the lowest possible cost to minimize losses and curtail retail price.

Nichrome is your one stop shop for a wide range of automated packaging solutions for grain packaging that promises safety, speed, accuracy, and efficiency for enhanced profitability and assured ROI.

[everydaysteels1]

Grain Silo |  Storage Silo |  Hopper Bottom Silos

The structure of the hopper bottom silo offered by Everyday Steels depends on the client's requirement for the type of products to be stored. Hopper bottom silos are commonly used for the storage of grains (sunflower seeds, soy, maize, sorghum, rice, industrial products and other products, etc.)

[blueweave8]

Grain Silos and Storage System Market Analysis, Forecast 2022-2028

BlueWeave Consulting, a leading strategic consulting and market research firm, in its recent study, estimated global grain silos and storage system market size at USD 1.48 billion in 2021. During the forecast period between 2022 and 2028, BlueWeave expects global grain silos and storage system market size to grow at a steady CAGR of 5.8% reaching a value of USD 2.18 billion by 2028. Global grain silos and storage system market expansion is driven by increasing utilization of grain silos and storage systems in the large-scale agriculture, high adoption of storage system owing to its affordability, surging demand for adequate grain storage to combat food shortages, and rising global population. An increasing use of grain silos and storage systems to store crops while minimizing waste, growing awareness of the necessity of effective post-harvest management coupled with increasing technological advancement to avoid contamination is fueling the global grain silos and storage system market during period in analysis. However, high initial and setup expenditure might restrain the growth of global grain silos and storage system market.

Global Grain Silos and Storage System Market – Overview

Silos play a significant role in post-harvest management by serving as grain collectors and distribution units. Silos handle the initial grain processing purpose by drying, fumigating, and cleaning grains to safeguard the grains. All these features enable the requirement for storage systems to increase in an upward trajectory. COVID-19 pandemic put further pressure on grain and storage unit protection, which could benefit grain silos and the storage sector.

Sample Report @ https://www.blueweaveconsulting.com/report/grain-silos-and-storage-system-market/report-sample

Global Grain Silos and Storage System Market - By Commodity Type

By commodity type, global grain silos and storage system market is Rice, Maize, Wheat, Soybean, and Sunflower. The maize segment is expected to dominate the market due to its utilization in developed and underdeveloped countries. It is also used in livestock feed and refined into a variety of food and commercial goods, including starch, sweeteners, maize oil, beverage and industrial alcohol, and fuel ethanol. The soybean segment which is expected to hold the second highest market share during the forecast period. Soybeans are oilseed crops that produce 20% oil when crushed and the remaining 80% is soybean meal, often used to feed livestock such as poultry, cattle, and pork. However, oil is a component of many food products, including cooking oil, mayonnaise, and prepared foods. Furthermore, it is employed in non-food sectors, such as paints, soaps, and polymers.

Impact of COVID–19 on Global Grain Silos and Storage System Market

COVID-19 pandemic had a slight negative impact on the silos industry, but there was no major effect on the silos supply chain or worldwide operations. The grain storage silos market was less damaged by the pandemic owing to the exemption of food and agricultural services due to lockdown regulations. As a result of the pandemic, the silos market moved slowly and with little disruption in 2020. The market under consideration is steadily recovering and gaining traction, with growing demands for grain storage due to improved economic conditions. It is expected to fuel the growth of Global grain silos and storage system market.

Impact of Russia-Ukraine War on Global Grain Silos and Storage System Market

Global grain silos and storage system market is adversely affected by the ongoing war between Russia and Ukraine, the world’s two largest producers and suppliers of grains. Moreover, further intensity of the war is feared to trigger the global food crisis. According to US Embassy Georgia reports, Russia and Ukraine together held a significant share of 34% in global exports of wheat in 2021. Especially, in the global exports of sunflower cake, both the countries had a whopping 81% share. In addition, Ukraine and Russia held a combined significant market share in the global exports in maize, barley, sunflower oil, and vegetable oils. The report also estimated that Russia and Ukraine supplied about 12% of food calories traded across the globe in 2021.

Ukraine, in particular, is popularly known as the breadbasket of Europe, as the country is the region’s major source of wheat. Since the Russian invasion of Ukraine on February 24, 2022, there have been uncertainties over the supply of grains both from Ukraine and Russia to the world, and to Europe in particular. It has resulted in a significant rise in global food prices. Furthermore, besides experiencing food shortages due to expensive import costs, fiscal deficits, conflict, Middle East and North Africa confront an additional issue. Any further interruption or decrease in grain supply from Ukraine and Russia is anticipated to affect the growth of global grain silos and storage system market.

Competitive Landscape

Global grain silos and storage system market is fiercely competitive with major companies including AGCO Corporation, Silos Córdoba, Bentall Rowlands Silo Storage Ltd, Symaga SA, Sioux Steel Company, SCAFCO Grain Systems Co., Agi, Mysilo, Skup Manufacturing Co., Prive SA, Brock Grain Systems, Scafco Grain Equipment, Prado Silos, Behlen Mfg. Co., Sioux Steel Company, Superior Grain Equipment, Symaga, and Hoffmann, Inc. To further enhance their market share, these players are primarily focused on the development of innovative and efficient products, new product releases, market initiatives, mergers and acquisitions, and other collaborative activities.

Contact Us:

BlueWeave Research Blog

Phone No: +1 866 658 6826

Email: info@blueweaveconsulting.com

[benandgawslegal]

ben and gaws legal - Industry 4.0

Ben and Gaws legal explains that Industry 4.0 can be defined as the trend of automation and data exchange in manufacturing technologies that consists of cyber-physical systems, cloud computing, the Internet of things and cognitive computing, and the amalgamation of all these to create smart factories.