Agriculture

Why Portable Air Conditioning Hire for Agriculture is Essential

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Portable air conditioning for hire is not only an essential option for hotels, pubs and clubs, leisure centres and gyms, but also in the agriculture industry. Read on to find out why portable air conditioning is essential for the agriculture industry.

Article body: Portable air conditioning for hire is not only an essential option for hotels, pubs and clubs, leisure centres and gyms, but also in the agriculture industry. Why? Because without the option of hiring portable air conditioning units and chilling units (-chillers’), many arable farmers and dairy producers would simply go out of business.

What consumers expect Customers can be demanding at the best of times, but never more so than when it comes to food. They want fresh, good quality produce that not only tastes good, but is also reasonably priced and always available when they desire it (seasonal factors notwithstanding, of course).

So what does all this mean for people working in farming and agriculture? And how does hired portable air conditioning play a crucial role in keeping arable farmers and dairy producers in business, and their customers satisfied?

The potato storage process The British are renowned for loving their potatoes (mashed, boiled, roasted, baked, fried-), but there is much more to successfully growing, picking and taking to market a healthy potato crop than one would think (be that a small crop, or one that is grown in fields consisting of hundreds or even thousands of acres, and is managed by a major arable farming company).

The potato storage process must be managed expertly, or the potato crop will be ruined, meaning the arable farmer may well also be. Unless potatoes are stored in a temperature-controlled, well-ventilated environment, then the lot could fall victim to fungal disease, as well as viral and bacterial agents. Storing potatoes at temperatures near 4C / 39F is usually best.

Hiring portable air conditioners is the -perfect insurance’ By hiring the right cooling equipment (portable air conditioners and chillers) and placing the units in the right locations in a potato storage facility (or indeed, a facility used for the storage of other -cornerstone’ vegetables grown on arable farms) the terrifying prospect of losing an entire crop to the aforementioned threats can be removed.

Protecting dairy produce Portable air conditioning and chiller units for hire are no less effective when it comes to protecting dairy produce. Fully cured Cheddar, for example, is a hard, natural cheese that is hugely popular not only across the UK, but also worldwide. The export market is a multimillion pound one, in fact; so imagine how catastrophic it would be for a dairy farmer to lose most or even all of his stock, simply because the existing cooling system failed overnight, or, by some oversight, the system was set at the wrong temperature – a mistake that was only discovered when it was too late.

High quality Stilton is also -not just a cheese’. It is a very valuable commodity, as are most speciality cheeses. A large dairy company can produce tonnes of it (and other dairy foods/products) annually; however some of the biggest producers fail to place enough importance upon having a contingency plan in place, should their built-in cooling system let them down, and all their dairy produce is rendered inedible before it even makes it to the maturing room.

Being prepared is the key Of course, the vast majority of arable farmers and dairy producers take steps to protect their produce from harm, but the smartest ones also have a contingency plan in place, should the unthinkable happen: a cool storage system failure suddenly occurs, and before the crop(s) can be saved, the -rot’ has already set in, and thousands of pounds’ worth of produce is inedible and worthless (sometimes in just as a few hours). The hiring of portable air conditioning units and chillers provides the best solution, a genuine safeguard against every arable farmer and dairy producer’s worst nightmare becoming a reality.

As well as being the ideal emergency back-up option, portable air conditioning units for hire for agriculture applications can be:

– Used immediately; – Easily stored; – Hired on a short contract basis, and then returned. (This is ideal when it comes to getting extra air conditioning and cooling systems in place in, say, the run up to Christmas, when food production is significantly increased to meet massive consumer demand) – The perfect -stop gap’ between the removal of an existing (fixed) air conditioning system, and the installation of a new one at an arable farm or a dairy farm; – Added to an existing air conditioning solution when extra air conditioning is required.

Food for thought indeed. Article submitted by Steve Reeve, Sales Director at Andrews Sykes. Andrews Sykes is the UK’s largest specialist air conditioning hire company, with over 25 years’ experience. The company serves virtually all industry sectors including agriculture and farming using machinery sourced from the world’s top manufacturers.

Briquetting Of Biomass – Create Bio Briquettes From Agriculture Waste

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Briquette fuel produced from briquetting of biomass is fairly good substitute for coal, lignite, firewood. Fuel from biomass briquetting is the process of converting low bulk density biomass into high density and energy concentrated bio briquettes. Compared to fire wood or loose biomass, bio briquette gives much higher boiler efficiency because of low moisture and higher density.
* Biomass Briquettes coal is cheaper than usual coal.
* Oil, coal or lignite, once used, cannot be replaced.
* High sulfur content of oil and coal, when burnt, pollutes the environment. There is no sulfur in biomass Briquettes coal.
* Biomass briquettes have a higher practical thermal value and much lower ash content (2-10% as compared to 20-40% in coal).
* There is no fly ash when burning briquettes fuel.
* Briquettes fuel has consistent quality, has high burning efficiency, and is ideally sized for complete combustion.
* Combustion is more uniform compared to coal and boiler response to changes in steam requirements is faster due to higher quantity of volatile matter in briquettes.
* Briquettes are usually produced near the consumption centers and supplies do not depend on erratic transport from long distances.
The composition of the Briquettes biomass varies by area due to the availability of raw materials. The raw materials are gathered and compressed into briquetting machines in order to burn longer and make transportation of the goods easier. Compared to fossil fuels, the biomass briquettes produce low net total greenhouse gas emissions because the materials used are already a part of the carbon cycle.
Briquettes in India helps processing of the material in pieces of geometrically regular and uniform in each case form, almost same mass. Biomass Briquette manufacturers create additional raw materials of fine materials whose use is inefficient and inconvenient as well as recycled waste.
This can be prevented by using biomass briquettes for electricity generation instead of other energy sources. A renewable resource can be replaced as needed without hurting the planet or the inhabitants. Biomass in India is now used by many companies as it is environment friendly. Briquetting machine price can also be high. The fixed costs with creating those products are high because of the brand-new undeveloped technologies that concentrate on the extraction, production and storage within the fuel.

Obama’s Wireless Stimulus Package

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On the whole, the Obama administration’s new wireless plan is one of the cleanest and most uncontroversial budget proposals in recent memory and it is supported by the fact that the GOP, which is currently balking at most of President Obama’s budget proposals, has not elected to attack this one. The reason is simple; on the face of it, Obamas wireless plan intends to dramatically expand the reach of wireless access providers, and thus, the potential market as well.

Overall, bottom lines will increase, as well the wireless network, allowing access providers to begin to phase out the infamous last mile problem. DSL and Cable Internet are costly to build out and maintain, while wireless is not. With the recent FCC Net Neutrality legislation, it is clear there is a heated focus on expanding wireless infrastructure to shift the bulk of communication to the wireless model. Already, most new phone numbers are mobile. The Plain Old Telephone network is being phased out, and a home phone makes little sense in light of the convenience of cell phones.

Plan Details: The Money

Broadcast Spectrum Auction: One of the key parts of the proposal was the 500 MHz broadcast spectrum auction, currently held by television and radio broadcasters, and would be sold off specifically for licensed mobile access providers. The total cost of the program is currently estimated at $18 billion, and total revenue is $27.8 billion over 10 years, hence the Obama wireless plan will realize a $9.6 billion net gain. Some will go to the current holders of the spectrum to be sold off in exchange for voluntary surrender of the spectrum.

Infrastructure: The next major part of the plan is the investment of $10.7 billion to build a public safety wireless infrastructure. This will provide police, fire, and other public services high-speed wireless access, allowing them to share video and exchange email. While a little vague, the scope of the plan is extensive and would involve dedicating the D Block of broadcast spectrum for public safety. Much of the cash would be spent on towers and infrastructure to support the use of the spectrum. The recent buyback of the Wireless Philadelphia, a multimillion-dollar effort to provide free wireless and its re-tasking to fire and police use is an example of the goal of this phase of the plan.

Other Funding: $5 billion would go to fund an expansion of the Universal Service Fund, ensuring low-income families access to wireless services, and to support companies that invest money in building private infrastructure in areas traditionally too costly to develop profitably. Safelink wireless is an example of this initiative, providing cell phones and monthly airtime to low-income American.

An additional $3 billion would be invested in research and development of wireless technologies in the education, health care, and energy sectors, which would dovetail with existing health care technology initiatives. Additional funds are already allocated in the Commerce and Agriculture Departments through the Recovery Act and will be used to fund wireless development in rural areas.

Effects of the Plan

With the deployment of DTV and the end of analog broadcast television, a starting gun was sounded and the race was on. Much of the news, beginning with Google’s attempt to enter the most recent spectrum auction and the recent FCC Net Neutrality Act has been the pole positions of the race. For many years, the federal government has supported efforts to bring telephone service to outlying areas of the country. Now the government will assist in the expansion of wireless access to replace the existing infrastructure and create a wireless broadband future.

The plan intends to be a win-win effort with commercial entities benefiting from the creation of a much larger market base, and lower cost of wireless access and America benefiting from a major step forward in technological development. Consumers will benefit by having mobile access nearly everywhere. Finally, the taxpayers will realize 9 billion dollars in revenue over the next ten years. It is rare that any federal program is this balanced and universally accepted.

Farm Tractors – A Helping Hand In Agriculture

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One of the main and most useful machinery made by them is Massey Ferguson tractors; these farm tractors are famous around the world. The most common of them are Massey Ferguson 240 2wd with 50 hp, 260 2wd with 60 hp, 350 2wd with 50 hp, S 2wd with 75 hp, 385 2wd and 4wd with 85 hp, 460 4wd with 105 hp and 465 4wd with 120 hp. Such tractors do various kinds of tasks for getting the best out of agriculture. All the farm tractors by MF are manufactured by using the cutting edge technology by keeping in mind all the doubts and harsh conditions, thus allowing farmers to find ideal tractor for agriculture.

Massey Ferguson is famous within the agricultural world for their dependability and potency. This owes to the fact that they use leading edge technology in production of agriculture machinery and agricultural implements. They are designed to survive in drought and harsh environments. Their tractors are known for extended strength and durability. Aim of Ferguson is to supply additional support to the farmer community in their work and lending a helping hand to ease their tasks.

Massey Ferguson has earned their repute for agricultural tools with years of experience and utmost dedication. Their farm machinery is of surpassed quality and affordable rates. The company is renowned for producing compatible agricultural machinery and agricultural equipments. The varied range of their products makes them suitable for a vast target market because they can choose from the variety of available products.

The company prides in providing surpassed quality MF tractors backed by the best level of elements and repair support. They hire well trained service technicians who are totally committed to the best quality of support of merchandise giving the valued customers the excellent performance needed in todays farming and construction operations. They specialize in worldwide import and export of varied tractors of international standard.

Other than the MF tractors, their spare parts are also readily available around the globe; so if you need anything fixed, you can buy the best quality spare parts and make sure that the tractors or any other machinery works as smoothly and efficiently as before.

In todays world of increased competition, no one can survive with old methods which yielded slow and poor results; you can win the competitive edge only if you are using the best methods and world class equipment like Massey Ferguson tractors. The state of the art technology used in them lends a helping hand to the agriculture field like never before.

Get the best output of your time, investment and effort and put this helping hand to use you will never regret it!

Career Opportunities And Challenges In The Agriculture Biotechnology Industry

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Because of our ever-increasing population that is predicted to reach eight billion by 2020, the need for food will remain a top priority, transcending all socio and geo-political boundaries. The increased demand for food will call on agriculture, specifically, to act as the biggest source of industry. And with the increased demand for foodstuff, better-quality yield and huge agricultural output will be required. (Though there has been vast improvement in the sector thanks to the improved quality of seeds, pesticides, and fertilizers.)
This is where the agriculture biotechnologist steps in. Agricultural biotechnologists are professionals who provide a set of tools, which, if incorporated suitably with other technologies, can be used for the sustainable development of agriculture and the food industry as a whole.

Scope of the Agri-Biotech Industry

With increased R&D efforts in the agri-biotech industry, the scope of agriculture-based biotech work has become tremendous. Agriculture biotechnologists’ roles are multifarious. From being people with strong scientific expertise to being good administrators and good marketers with sharp business acumens and strong communication skills, the career options for an agri-biotechnologist are vast. Choosing the right avenue is the main priority.

Nature of the Job

Today, with modern technologies like micro propagation which allows for the multiplication of virus-free plants and tissue cultures, agriculturists have successfully combated natural hindrances to productivity such soil imbalances, crop diseases, and genetic breeding. Therefore, the agriculture-based biotech industry needs people who are qualified in the fields of molecular biology, plant transformation and tissue cultures, biochemistry, plant genetics, pathology, entomology, and agronomy for trait evaluation and integration.

Career Options for Agri-Biotechnologists

The field of agriculture-based biotechnology is evolving each day, offering numerous career options. Besides employing people for research and development, the industry also caters to various other agri-biotech-related fields including horticulture, floriculture, dairying, poultry farming, and fishery. Agri-based biotechnologists can also sharpen their academic skills by working with food processing or post-harvest technology, better known as genetically modified (GM) technology.

Career Challenges in the Agri-Biotech Industry

With growing consciousness of the ills of chemically treated foodstuff, changes in approaches to farming are taking place all over the globe. The stage has been set for the advent of bio-chemicals and bio-insecticides, biofertilizers, and biofuels. Agriculture-biotechnology careers are never short of challenges, both natural and man-made. For instance, in the next two-and-a-half decades alone, the world must produce the same amount of food or more than what it produced in the last 10,000 years.

For a biotechnologist, the challenge does not end with producing sufficient amounts of foodstuff. The challenge lies not only in meeting requirements within deadlines but, at the same time, causing minimal harm to the earth. Agriculture biotechnologists have to combat odds like the depletion of precious top-soil at the rate of seven percent in 10 years in order to fulfill the increasing water requirements which will have doubled by that time.

Other Career Options

Several other career openings are available for agri-business graduates. From the more general opportunities within the agricultural and land-based sectors such as equine management, animal science, and horticulture, to global buying and trading of agricultural produce, the opportunities are vast for agriculture biotechnologists.