Monday, November 7, 2016

Hemp Holds the Answer to Our Oil Spill Epidemic

By Duke London
Source: marijuana.com

oil spill pelican

Humans have a crippling oil addiction that extinguishes far more lives than any drug.

The oil dilemma we face is not a one-dimensional problem. Media outlets and legislation fixate on lowering emissions and diminishing our global carbon footprint by consuming less oil, but MPG and efficiency can’t tell the whole story. Continued reliance on a fleeting resource like crude oil means developing new (and often riskier) ways to obtain and distribute the precious black gold. Massive pipelines are built underground to ship oil from its source to destinations around the globe. While these pipelines may offer the most efficient distribution method for oil companies, their repeated negative impact has far-reaching implications.

The link below goes to a youtube video of pipeline incidents since 1986. 

https://youtu.be/3nJHzbR1yIE


The 2016 Alabama Oil Spill

The Colonial Pipeline, a massive line that runs from Houston to New York and carries 1.3 million barrels of gasoline each day to the east coast, recently spilled more than 250,000 gallons in rural Shelby County, Alabama. The Colonial Pipeline Company shut the line down within 20 minutes of the leak’s discovery, but not soon enough to stop the damage.
The story has gone largely uncovered by our national media; Bloomberg and the Wall Street Journal both ran stories about the spill’s implication on gas prices and the oil industry’s ability to recover quickly.
google search oil spill alabama
google search oil spill alabama
For as long as we’ve been spilling oil, we’ve been attacking the aftermath with chemicals and other mostly-futile technology, but what if the answer to cleaning up our mess was right in front of us all along? What if cannabis (once again) holds the answer to a significant human problem?
Enter hemp, and the bioremediation it can facilitate — if we let it.

What is Bioremediation?

Certain plants, like industrially-grown hemp, contain microbes that can break down petroleum hydrocarbons — a major molecular ingredient in crude oil. The microbes then feed on the oil, metabolizing it to sustain themselves and grow.
Hemp, Inc., a Las Vegas-based company that specializes in industrial hemp cultivation and manufacturing, knew the potential impact harmful chemical dispersants would have and offered a natural solution. Because hemp has been illegal in the United States for nearly 80 years, Hemp Inc. used another fiber called kenaf to demonstrate their safer alternative to the dispersants. Kenaf comes from the inner core fiber of hibiscus plants; it’s remarkably similar to hemp fibers.
hemp kenaf oil spill cleanup
hemp kenaf oil spill cleanup“We took roughly 2,000 pounds of it (kenaf) down to the Gulf in Louisiana. We couldn’t get through all the political red tape to demonstrate our product so we made a pile of it on the beach. It was totally amazing to watch all the birds and other small animals that were completely covered in oil walk in and through the pile of kenaf and how easily it removed the oil from them. It was like they instinctively knew that this mound of kenaf would help save their lives,” said David Schmitt, COO of Hemp, Inc.
Currently, Hemp Inc. manufactures two products that aid in the cleanup of oil spills and other environmental pollutants. Both Spill-Be-Gone and SpillSuck are produced from kenaf, but the company claims it will switch the formula to industrial cannabis hemp once the law allows for it.
The U.S. Navy conducted research on the absorbency of natural fibers like kenaf in 1999, concluding in their study, “Kenaf core particles and powder are one of the most absorbent natural materials on earth.”
chemical dispersant corexit oil spill


chemical dispersant corexit oil spill

Airplane spraying oil spill with chemical dispersant. Courtesy of Deepwater Horizon Oil Spill
When the BP-operated Deepwater Horizon drilling rig had a blowout in its well, the resulting explosion ended 11 human lives and countless animal lives by spilling an estimated 4.9 million barrels of oil (210M gal) into the Gulf of Mexico. The leak took three months to cap, endangering virtually any and all wildlife that inhabited the marine space or the beaches that it touched. The United States government allowed BP to utilize chemical dispersants to prevent the toxic oil from reaching land or other connected bodies of water. Once they got the necessary approval to destroy the apparently US-owned ocean, BP obtained a third of the world’s supply of Corexit 9500 and 9527.

What is Corexit?

Corexit is a harmful chemical used to break up oil slicks that sit on top of the water. Sprayed onto the ocean surface by airplane, Corexit emulsifies the oil into minuscule droplets that sink to the seafloor, out of view from the pesky news helicopters that weren’t there in the first place.
From there, the oil just stays there — forever! While the oil deposits rest comfortably in their new ocean floor property, the marine wildlife which once inhabited the surrounding space are forced to the surface to seek oxygen and food, where they are met with a thick layer of Corexit. The toxic chemical has a synergistic effect when applied to oil, creating an even more toxic agent. A 2012 study in Environmental Pollution Journal conducted by researchers from Georgia Tech and Universidad Autonoma de Aguascalientes stated that Corexit had increased the toxicity of the spilled BP oil by up to 52 times. Corexit is banned for use in 18 countries, including the UK.
An excerpt from a fascinating David Kirby story in Take Part on Corexit and the aftermath of Deepwater Horizon paints a deeply disturbing picture:
BP says that Corexit is harmless to marine life, while the Environmental Protection Agency has waffled, saying both that “long term effects [of dispersants]on aquatic life are unknown” and that data “do not indicate any significant effects on aquatic life. Moreover, decreased size of the oil droplets is a good indication that, so far, the dispersant is effective.”
But many scientists, such as Dr. William Sawyer, a Louisiana toxicologist, argue that Corexit can be deadly to people and sea creatures alike. “Corexit components are also known as deodorized kerosene,” Sawyer said in a written statement for the Gulf Oil Disaster Recovery Group, a legal consortium representing environmental groups and individuals affected by the Deepwater Horizon spill. “With respect to marine toxicity and potential human health risks, studies of kerosene exposures strongly indicate potential health risks to volunteers, workers, sea turtles, dolphins, breathing reptiles and all species which need to surface for air exchanges, as well as birds and all other mammals.” When Corexit mixes with and breaks down crude, it makes the oil far more “bioavailable” to plants and animals, critics allege, because it is more easily absorbed in its emulsified state.
Marine toxicologist Dr. Riki Ott told Al Jazeera in 2014, “The dispersants used in BP’s draconian experiment contain solvents, such as petroleum distillates and 2-butoxyethanol. Solvents dissolve oil, grease, and rubber. It should be no surprise that solvents are also notoriously toxic to people, something the medical community has long known.”
Following the Deepwater Horizon incident and subsequent attempt at a cleanup effort, many concerned activists and researchers wondered why there wasn’t more dead marine wildlife washing up on shore. Between the immense oil concentration of the Gulf in that area and the unprecedented amount of Corexit sprayed the surface water, there should have been far more carcasses than what was observed on the beach. Something fishy was going on.
While the U.S. Government made claims that 75% of the oil had been cleaned up and the rest would be handled by “mother nature,” fishermen out on the Gulf were providing a contradicting narrative. An anonymous fisherman who had to take a contracted cleanup job with BP after all the fish mysteriously disappeared from the area told Mother Nature Network’s Karl Burkart that while out near the site of the now-sunken Deepwater Horizon rig, he witnessed a “near-apocalyptic” scene of countless floating bodies. The shocked fisherman saw thousands of birds, fish, dolphins, and whales — “as far as the eye can see,” he recalled. The amount of dead animals wasn’t really surprising when you think of the trauma inflicted on their natural habitat in such a short amount of time. The truly shocking part was how BP tried to cover up their existence.
whales dead secret
whales dead secret

Secret site where whale carcasses were allegedly destroyed. Courtesy of Huffington Post
The BP Oil Spill Cover-Up
There were reports of massive carcass fields forming after being carried by ocean currents. BP was reportedly collecting the deceased carcasses from these spots before they could reach the beaches or public view. While they claim it was for public health reasons, many activists believe they had ulterior motives. BP, and any entity found responsible for an environmental disaster like the Deepwater Horizon spill, are held monetarily responsible for every single lost life, meaning there is a specific dollar amount placed on each human or animal killed as a direct result of the leak. The anonymous fisherman also reported that BP and its affiliates were transporting the carcasses to a secret location watched by armed security for disposal. His report was later confirmed by a separate Gulf cleanup worker.
Dr. Ott was the subject of another interview by Huffington Post’s Jerry Cope, where she described some of the alleged cover-up. Here is an excerpt:
JC: There has been a great deal of discussion about the disappearance of the animals and the life in the ocean which seem to have vanished since this incident has occurred. What do you know about this?
RO: Well I have been down in the Gulf since May 3rd. It’s pretty consistent what I have heard. First I heard from the offshore workers and the boat captains that were coming in and they would see windrows of dead things piled up on the barrier islands; turtles and birds and dolphins… whales…
JC: Whales?
RO: And whales. There would be stories from boat captains of offshore, we started calling death gyres, where the rips all the different currents sweep the oceans surface, that would be the collection points for hundreds of dolphins and sea turtles and birds and even whales floating. So we got four different times latitudes/longitude coordinates where (this was happening) but by the time we got to these lat/longs which is always a couple of days later there was nothing there. There was boom put around these areas to collect the animals and we know this happened at Exxon Valdez too. The rips are where the dead things collect. We also know from Exxon Valdez that only 1% in our case of the carcasses that floated off to sea actually made landfall in the Gulf of Alaska. I don’t believe there have been any carcass drift studies down here that would give us some indication that when something does wash up on the beach what percentage it is of the whole. But we know that offshore there was an attempt by BP and the government to keep the animals from coming onshore in great numbers. The excuse was this was a health problem — we don’t want to create a health hazard. That would only be a good excuse if they kept tallies of all the numbers because all the numbers – all the animals – are evidence for federal court. We the people own these animals and they become evidence for damages to charge for BP. In Exxon Valdez the carcasses were kept under triple lock and key security until the natural resource damage assessment study was completed and that was 2 1/2 years after the spill. Then all the animals were burned but not until then.
So people offshore were reporting this first and then carcasses started making it onshore. Then I started hearing from people in Alabama a lot and the western half of Florida – a little bit in Mississippi – but mostly what was going on then there was an attempt to keep people off the beaches, cameras off the beaches.
If the oil companies and U.S. Government are so concerned with cost-cutting in the aftermath of a catastrophic spill, hemp fiber bioremediation seems like a no-brainer solution. However, as is usually the case, political bureaucracy and the almighty dollar are placed ahead of public health and animal welfare. As marijuana prohibition slowly but surely disappears, it will be interesting to see if common sense prevails; hemp should once again be treated like the treasured resource it always was.
We’ve made improvements as a species towards a more eco-friendly future (see: electric cars, solar panels, McDonald’s bags made from previously used McDonald’s bags, etc.), but we still prioritize money over environmental impact. Until that greed-fueled mindset ceases to be the prevailing philosophy, we won’t see real change.
Cover Image Courtesy of the LA Times


Dr. Bronner’s pledges $660,000 to marijuana legalization efforts in California, four other states

By Alicia Wallace
Source: thecannabist.co

Image result for dr bronners soap
Dr. Bronner's, a maker of body care products including hemp-based soaps, is leaving the Organic Trade Association and dedicating financial resources to causes such as marijuana legalization. Pictured: A product label for Dr. Bronner's hemp bar soap. (Provided by Dr. Bronner's)


Dr. Bronner’s, a Vista, Calif.-based natural and organic body care products company known for its hemp-based soaps, has pledged to contribute upward of $660,000 to marijuana legalization campaigns in five states.
Dr. Bronner’s plans to partner with organizations such as New Approach and the Marijuana Policy Project and to make financial contributions to legalization campaigns in Arizona, California, Maine, Massachusetts and Nevada, which are voting on recreational marijuana measures this November.
“The expected sweep of these states will exert enormous pressure on federal lawmakers to end the racist outdated policy of cannabis prohibition, that shreds productive citizens’ lives and families for no good reason, and focus law enforcement resources instead on actual crime,” officials for Dr. Bronner’s said in an announcement released Monday.
“Cannabis reform” was one of three commitments outlined by Dr. Bronner’s officials following a move to leave the Organic Trade Association.
David Bronner, Dr. Bronner’s CEO (cosmic engagement officer, recently wrote a column in the Huffington Post taking a stance against the OTA’s actions on genetic modified organism ingredient labeling.

Introducing Jungmaven, Your New Favorite T-Shirt

By Cory Baldwin
Source: racked.com


While fashion journalism’s quest for the perfect T-shirt can be a bit over-wrought (ahem, Hanes, people), the fact remains that comfortable, flattering, and — here’s the clincher — affordable tees aren’t exactly a dime a dozen. When you factor in sustainable sourcing and production, you’re left with precious few options.
Enter Jungmaven, a California-based hemp clothing brand launched in 2005. According to the company’s founder, Robert Jungmann, and a slew of other activitsts, the environmental benefits of industrial hemp are many: The crop uses 50% less water than cotton; its deep root structures improve soil health; and thanks to small amounts of THC in the plant, pesticides aren’t necessary for it to flourish (ever wonder why they call it weed?).
While the brand’s goal is sustainability first and fashion second, you’d never know it looking at their pieces. The 100% hemp dresses and tunics fit right into the minimalist moment that’s been such a thing for the past few years, and the unisex T-shirts — available in a range of weights and hemp/cotton blends — are spot on.
A close-up view of a Jungmaven teePhoto: Kindred Black
A woman in a black Jungmaven tee with the sleeves rolled upPhoto: Kindred Black
The extra-dense fiber produces a heavier weight and slightly slubby texture, which not only makes the tees extra-durable, but gives them a retro look and a fit that molds to your body.
A small subset of the fashion world has taken notice. Jungmaven has been popping up on the racks of some of the country’s best boutiques, from Seattle’s Prism to Minnesota’s Askov Finlayson to Voyager and Azalea in San Francisco. (I first encountered the tees at Ali Golden’s shop in Oakland, and started noticing them at all my favorite stores, including online shop Kindred Black, pretty soon after.)
As part of a campaign to legalize hemp farming in the US, Jungmann has made it his company’s mission to get everyone in a hemp T-shirt by 2020. Starting at just $36 and available in a range fall-friendly hues plus woven or hand-painted stripes, you might want to start stocking up now.
 Photo: Kindred Black

High hopes for houses made from hemp

By Steve Gillman
Source: horizon-magazine.eu


Hemp can be used to create furniture, roof tiles and even sustainable concrete. Image credit: Pixabay/ rexmedlen

A cutting-edge refinery is processing specially bred hemp and researching innovative new biomaterials that could help build future eco-friendly homes.
Hemp has some of the strongest fibres found in nature and was used for thousands of years to make clothes, ropes and ship sails. Then, with the invention of cheap petrochemical fibres, and later strict drug laws, hemp production mostly disappeared, until researchers figured out they could use it to make sustainable biomaterials, and even build houses.
‘Hemp is a multi-use crop,’ said Dr Stefano Amaducci from the Department of Sustainable Crop Production at the Università Cattolica del Sacro Cuore in Piacenza, Italy.

The Issue

Building our homes, offices and basically any urban structure has made construction one of the most resource heavy sectors in Europe.
It’s also very energy intensive, but a shift to biological raw materials and processing methods could save up to 2.5 billion tons of CO2 equivalents per year by 2030.
To support the transition to a more resource-efficient and sustainable economy the European Commission's bioeconomy strategy aims to develop new bio-based technologies and processes.
‘The seed is used in animal feed and other food applications, while the stem is transformed through mechanical extraction into fibres and shives (the woody core of the stem) that have many purposes.’
For instance, if you combine hemp fibres and shives with adhesives you can create building materials that in turn could make furniture, roof tiles and even sustainable concrete.
Dr Amaducci is the project coordinator of MultiHemp, an EU-funded project researching hemp as a renewable material, where one of the partners, CMF Technology, developed hemp biomaterials that can be used as walls and floors.
‘They mix hemp fibre with a patented material to create a 100 % natural material. They then use that to make the fibreboards which can be used to build the walls of a house.’
Another partner has developed a system where hemp fibres are blown into tight spaces between walls to act as insulation.
Combine double hemp walls with a hemp roof and some hemp furniture, and you’ve got a biomaterial home that’s main raw material boasts a range of environmental benefits.
‘Hemp is a low-input crop,’ said Dr Amaducci. ‘It has a very strong root system so it can handle drought and requires only a small amount of nitrogen.’
This means that less water and fewer fertilisers are needed to grow the crop while farms can be set up in more arid areas. If more farms are established in areas with unused land, more carbon can then be captured from the atmosphere and put back into the malnourished soil.
More hemp farms wouldn't mean an increase of marijuana production. Industrial hemp generally contains about 0.3 % to 1.5 % of THC (Tetrahydrocannabinoids, the intoxicating ingredients) compared to those species grown for marijuana, which can range from 15 % to 25 % or higher. The flowers in hemp production are normally used for cosmetics and pharamceuticals.
Despite these many applications, as well as its environmental and economic benefits, hemp production is still very much a niche market.
According to the European International Hemp Association, there was just 250 square km of land dedicated to growing hemp in 2015, in all 28 EU countries. That's a tenth the size of Luxembourg.
Harvest
And yet, from this, over 85 000 tonnes of hemp straw has been harvested and processed into 25 000 tonnes of fibre, 43 000 tonnes of shivs, which can be used as a biofuel, and 13 000 tonnes of dust, which can be used as biomass pellets and compost. There were also 11 500 tonnes of seeds harvested and 240 tonnes of flowers and leaves that can be used in pharmaceuticals, food supplements and cosmetics.
‘The stem is transformed through mechanical extraction into fibres and shives (the woody core of the stem) that have many purposes.’
Dr Stefano Amaducci, Università Cattolica de Sacro Cuore, Italy
To further consolidate the economic viability of the plant, MultiHemp is mapping out the best traits in different hemp varieties.
‘For the first time we have evaluated the commercially available genotypes of all the interesting traits,’ said Dr Amaducci. ‘This is important from a market point of view because it looks at the best varieties for fibre quality, fibre yield and seed yield.’
The project also has its own biorefinery where Dr Amaducci is working with his partners to improve processing techniques of hemp into fibre, oil, fine chemicals and biofuels.
However, it’s not just hemp that can replace oil-based fibres, it’s also corncobs, oat, wheat bran and sawdust.
The EU-funded EcoLASTANE project explored the production potential of an organic compound called furfural, which is derived from these materials as they decay.
Oil-based polyester makes up 72 % of the fibres consumed in the industry, and the issue is the high levels of emissions and pollution associated with obtaining the raw materials for these fibres and then transporting, storing, handling and processing them.
On the other hand furfural can be made by just heating and cooling biomass, which the EcoLASTANE project developed to transform this agricultural by-product into a new 100 % bio-based polyester textile fibre.
‘The final fibres produced from petrochemical or biological origin are almost identical. Precisely for that reason our bio-based synthetic textile fibres can make all the same products,’ said Francisco José Caparrós, the coordinator of EcoLASTANE.
By the end of the project in early 2016 EcoLASTANE had developed demo products to showcase the potential of furfural fibres including bio-based polyester textiles for Raidlight, an outdoor clothes retailer.
According to Caparrós, this approach will also help reduce costs for manufactures by avoiding fluctuations in the price of crude oil.
‘We aim to improve the safety, environmental protection and cost reduction in an existing value chain by introducing a product that we know would perform very well in it.’


Industrial hemp shapes as new industry for Atherton Tablelands

By Lea Coghlan
Source: northqueenslandregister.com.au

The first planting of industrial hemp on the Atherton Tablelands is expected to take place in the coming weeks.

The rich volcanic soils of the Atherton Tablelands look set to launch the beginnings of a new agricultural industry, potentially worth millions.
Agricultural company, Trimpex International, has secured licences from Biosecurity Queensland to grow industrial hemp and carry out research, from its headquarters, the Trimpex Agri-Medical Precinct, in the Tolga Industrial Estate,near Atherton.
Director Shane Garozzo said the “soft” climate on the Atherton Tablelands was ideal for growing industrial hemp.
“We have more than enough water to provide irrigation,” Mr Garozzo said.
“The soil and climate is soft, there is nothing harsh, but in areas that are harsh our breeding facility aims to grow breeds suitable for various climates and environments.”
Mr Garozzo and local farmer Joe Trimarchi were initially looking at medicinal cannabis, which is currently awaiting the development of federal government regulations. Industrial hemp and medicinal cannabis are both members of the Cannabis sativa species. 
“In the interim we found an enormous amount of interest in industrial hemp globally,” Mr Garozzo said. 
“There is a lot of industrial hemp imported from overseas, some of which fails to meet market specifications due to quality and quantity.”
Trimpex expects to plant the first crop next week.
Mr Garozzo said local landholders and others in southern Queensland had shown interest.
“We’ve had huge interest from landholders on the Atherton Tablelands and Mareeba, along with enormous interest from large landholders on the Queensland/NSW border, from Cunnamulla to the Gold Coast,” Mr Garozzo said.
He said Trimpex had approval to grow up to 88 hectares of industrial hemp and could apply to amend the location where the crop is grown.
Mr Garozzo said the product would be put through a local stockfeed mill and the company was exploring opportunities for products in the animal husbandry industry.
“We hope this provides a proper platform for a new industry,” Mr Garozzo said. The research licence allows the company to import genetics under federal authorisation.
“We are looking for things like oil quality, seed density and the quality of the inner herb,” Mr Garozzo said. “We’ve also entered an association with the Central Queensland University which will help with rapid assessment technology and genetics.”
Mr Garozzo said it was hoped the agri-medical precinct could eventually commercially produce other products using medicinal type plants imported into Australia.

Hemp Plastic – The Original Plastic

By Elaina Garcia
Source: marijuanapolitics.com

George Washington and hemp plastic

Industrial Hemp Plastic as a New Solution

Industrial hemp plastic could be the beginning of the end to the Age of Plastic! Let’s face it plastic is a problem, it is not environmentally friendly  and we STILL don’t even  know it’s expiration date but Hemp holds many possibilities as an Eco-friendly replacement.
Among global warming, oil spills, and fracking disasters our planet screams out  “It’s Time For A Change”. We are addicted to oil and most of us don’t even recognize it.  First of all it is used to make everything plastic, as well as, fuel vehicles, make shoes, and many other products.
There are companies all over the globe including the United States that have been using hemp for various materials, including a hemp plastic that is 100% biodegradable. We do have a plastic addiction here in the US, but fortunately there are companies out there trying to replace plastic with something more environmentally friendly.
The Farm Bill Section 7606 was passed allowing industrial hemp to be grown and harvested for research and trial runs at the end of 2014. It is estimated that 19 states are currently involved with the research and development of industrial hemp, American Hemp is just one of the first newly established companies. They are located in Winston Salem, North Carolina. The company deals with  research and development programs that are designed to improve various hemp products and materials. They strive to make 100% environmentally safe materials that will create less of a negative impact on the Earth. American Hemp offers processed hemp to various manufacturers. They provide hemp fibers for textiles, building materials, biocomposites, hempcrete and many other materials.

Will Hemp Plastic Ever Thrive In The US?

There are several entrepreneurs and small business owners currently seeking funding to endorse their hemp products. However, if you look to Australia or India you will notice there are already several well established companies offering many different hemp products including hemp plastic, clothes, shoes, building materials, and much more.
One of our famous founding fathers, George Washington, famously grew hemp and Henry Ford was making car parts out of industrial hemp back in the 1940’s. There is even a rumor that Mr. Ford never intended for his vehicles to run on gasoline, rather a hemp based fuel, but you never know.
In 2014 the senior project manager at the Lego headquarters decided to begin researching in order to have future Lego products created out of hemp plastic or bioplastics. The truth is, there is definitely potential for bioplastics and other hemp products to eventually hit the shelves throughout the US. It has been a very slow going process but as Bob Dylan said  “The Times They Are A Changing
If you do a little searching it won’t take long before you stumble upon some really amazing products made using hemp. Studies have been underway for years now and there are businesses all throughout the world already providing hemp made products. Hemp takes less time to grow, creates more oxygen, and has many uses from food to building materials. Replacing plastic with hemp plastic is a very crucial move we need to make in the United States. There is another way we can see and it is time we make that change.

New funding for agricultural research

By Andrea Geary
Source: winnipegfreepress.com

Prairie Agriculture Machinery Institute vice-president of operations Harvey Chorney stands next to a grain bin being used to test software, designed by an Australian company, to reduce humidity in stored grain.
Prairie Agriculture Machinery Institute vice-president of operations Harvey Chorney stands next to a grain bin being used to test software, designed by an Australian company, to reduce humidity in stored grain.

Finding a better way to separate sticky hemp fibres and cut canola for maximum seed harvest are two of the projects that Prairie Agriculture Machinery Institute staff are working on.
The federal and provincial governments recently announced a total of $400,000 in funding for Manitoba research projects. PAMI will receive $288,400 to help cover the costs of six projects.
A machine from France used to cut flax is being tested by PAMI in Manitoba.
SUPPLIED PHOTO
A machine from France used to cut flax is being tested by PAMI in Manitoba.
"The economic benefits of our agriculturalresearch are very impressive because the findings can be implemented by many agricultural producers in Manitoba," said PAMI CEO Dave Gullacher, in a news release.  "Recent studies show work such as this produces $15 to $20 in benefits for every dollar invested, which is essential for our industry.  We will be developing strong funding partnerships with industry and will work closely with a great number of agricultural producers to carry out this work."
PAMI was established in 1975 as a central agency to develop and evaluate agricultural machinery. Originally funded by the Manitoba and Saskatchewan governments, public money was gradually decreased, putting the onus on PAMI staff to seek out partnerships with private companies, such as large agricultural machinery manufacturers.
"We had to adapt," said PAMI vice-president of operations in Portage la Prairie Harvey Chorney. "Luckily we already had good relationships with a lot of the farm machinery companies."
He said PAMI now brings in about half of its annual revenue through private sector work. It has offices at the University of Manitoba and University of Saskatchewan in Saskatoon, and larger facilities in Portage la Prairie and Humboldt, Sask. Twelve people work in the Portage location.
Chorney said field-testing is now underway in farmers’ fields as some of PAMI’s current projects are focused on harvesting improvements. One project involves growing a linen flax variety and seeing how it can best be cut, allowed to ret, or age, in the field, then baled in a way in which it can be efficiently fed into a decorticator to extract the fibre.
Testing is also being done on canola harvesting methods to compare straight combining crops with the traditionally used windrow method to see which will better preserve the pods that hold the seeds. A desiccant is also being tested on windrowed canola to test its ability to dry the crop in the field.
"This is a really big project," Chorney said, with the Canola Council of Canada, MacDon and agricultural chemical companies also involved.
As more Manitoba farmers are growing soybeans, PAMI is conducting research into ways to cut soybean stalks closer to the ground to harvest more of the lowest-growing pods.
"We’re studying how speed affects this and the different angles of cutting," Chorney said.
Hemp is also now being grown more commonly in western Canada. Chorney said there is value in the hemp stalk fibre but the fibres tend to stick together when they are baled. Because the fibre is usually processed in one-stalk thickness, the stalks need to be separated.
PAMI is also working with an Australian company to test software that measures the temperature of grain inside a storage bin and also the bin’s external temperature, then uses this information to trigger aeration fans to reduce the bin’s internal humidity. Aeration helps prevent moisture problems such as mould growth and insect infestations in stored grain.
"They’ve been working on this for 15 years in Australia," Chorney said. Although the climate conditions are different in western Canada and Australia, the research is valuable for farmers in both countries.
PAMI is also working on developing guidelines and tools for consolidating on-farm surface water. Chorney said installing a set of plastic perforated pipes for tile drainage in a field prevents standing surface water and can store subsurface water to help during dry periods. Tile drainage can help control runoff from the heavy rains that seem to be more common occurrences in Manitoba.
The initial cost of installation is between $500 and $1,000 per acre, but can pay long-term dividends.
"The first adaptors have been those growing high-value crops, such as vegetables," Chorney said.
The consistency in crop growth throughout a field with tile drainage installed will also bring in extra money, making the investment more attractive.
Chorney said the goal of PAMI’s research is to benefit farmers. "We are trying to add value."
For more information on PAMI, see pami.ca