anteachtaire

All of americas energy needs for industry & cars from 6% of land

All of americas energy needs for industry & cars from 6% of land

(fallow farm land. Ratio at 1 active per 5 fallow.)

Would be possible if a biomass fuel basewas used. This would be a no-production energy source too (as it balances oxy. and carbon production.)

 

can you guess the crop? (HEMP!)

 

183,547 views 54 replies
Reply #26 Top

Wow.

I wonder how that much hemp would be processed and the energy distributed?  But, that's not why I'm posting into this thread.

1) Nuclear waste.  Except for the used fuel, nearly all the radioactive stuff decays in a few to a few dozen years.  Any rad stuff that decays to normal background (and remember natural uranium and thorium start radioactive) is just a simple matter of containment storage, nothing else.  As for the longer-lived stuff in fuel, let me offer a few numbers.  A 1000 MW coal plant consumes a 100-car coal train, 100 tons per car (total 10,000 tons) EVERY DAY.  That same plant produces about 10 - 30% of that mass in solid waste, which typically contains cadmium, lead, radium, and other stuff that (except for the radium) will never decay.  A nuke of the same size produces about a dumpster-worth of spent fuel EVERY YEAR.  That's tiny in a country like the US with over 3 million square miles in just the lower 48 states.  Find an empty desert and bury it in a hole a few thousand feet, or just pave a parking lot a square mile or ten big in the middle of nowhere and put it all in concrete bunkers there.  That's a lot simpler than trying to farm over 180,000 square miles of anything. (6% of 3+ million square miles)

2) No one died at TMI, and Hiroshima and Nagasaki doubtless saved hundreds of thousands of lives, and probably millions.  The death toll at those two cities has been estimated at about 200,000 - google is your friend, just enter the city names and "death toll".  The Japanese had already provided compelling evidence that there would be no surrender unless they were conquered by invasion, absent something remarkable that allowed the Emperor to seize the government and over-rule the military (which the A-bombs did).  The US deaths alone for Operation Olympic and Operation Coronet were estimated to be well over 200,000 (ranged from 267,000 to 800,000).  The Japanese deaths were estimated at 5 to 10 million.  The US Army manufactured 500,000 Purple Heart medals in preparation.  As of a few years ago, they still were still drawing from that stockpile of medals.  (Again google: operation olympic coronet)

3) Could the US have simply blockaded Japan?  Sure, except that kamikazes and subs were still killing US sailors, and the Allies would have had to keep vast forces deployed ... somewhere ... and sustain them.  Meanwhile, Japan was far from self-sufficient food-wise, and what food was being grown could never get into the cities - the roads were inadequate (no gas anyway), the RR system was dead, and coastal shipping was essentially extinct.  In short, 1945 Japan cannot feed itself and would never surrender.  No medical imports, little food, impure water, and winter is coming in August, September, October 1945.  Translation - cholera and famine kill multiple millions before Spring 1946.  Even if Japan surrendered in December 1945, there would have been no way to feed them then -- there were over 71 million in Japan at the start of WWII.

The solution was to find a way to convince Japan to surrender BEFORE winter and before the rest of the infrastructure was destroyed by bombing, invasion, or simply time.  Thank the Almighty there were nuclear weapons available to give the Emperor the chance, even though it took a second bomb to convince them that the one was not a unique event.

(And no hypothetical demonstration off-shore would ever have convinced them, as it took nation-wide shocks through all levels of the population to make it possible.  Historically, Hirohito almost did not manage it as it was August 9 - 15, 1945.)

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Reply #27 Top

You sir, deserve a cookie.

Reply #28 Top

Why?

Because I've yet to encounter *anyone* who was in favor of cultivating hemp and in favor of criminalization. Show me its so-called advantages are independant of your own little addiction and I may take you seriously, but not before.

Try living on a diet of milk alone. You'll die, or be totally ineffective.

Try living on a diet of *anything* alone.

Reply #30 Top

Quoting DraekAlmasy, reply 28

Because I've yet to encounter *anyone* who was in favor of cultivating hemp and in favor of criminalization. Show me its so-called advantages are independant of your own little addiction and I may take you seriously, but not before.

 

ya that's weird.. I've yet to encounter *anyone* who was in favor of continuing the criminalization of marijuana who had any decent reasoning behind it.  "Cuz the government says it's illegal" isn't a good answer :/

 

As for the technology not being implemented immediately.. you do realize that it takes time correct?  The current facilities are already in place, and the plans for what you're talking about are in the gaming equivalent of alpha stage.  Hell.. not even.. it's still idea generation.

 

Your facts are all skewed to point in your favor btw

Tons of Fiber per Acre:
Pine (30 year growth cycle) 3 tons per acre
Kenaf 6 tons per acre
Hemp 12 tons per acre
Cotton 0.3 tons per acre
Flax 1.3 tons per acre

that's great and all.. and makes hemp look like it's a minimum of 2x better than anything else.. up to 133 times better than some even.  Until you include the other items found on the same list:

Tons of Fiber per Acre:

  • Poplar 10 tons per acre
  • Switchgrass 8-12 tons per acre
  • Elephantgrass 12-16 tons per acre
  • Japanese Foxtail 16-18 tons per acre

damn now it's not looking as good amirite? 

 

Also all the "leaps in science" are yet to rid mankind of the will to cause ill to others. Imagine September 11 attack was on a nuclear power plant or waste disposal site (currently USA stores waste at the reactor sites due to not knowing what to do with it).

... you're dumb.  Leaps in science will never rid mankind of the will to cause ill to others... and that's totally unrelated.  Mankind has had this will to harm since the very beginning.  As for planes hitting a nuclear reactor with waste on site..... you don't think they put any protection up?  They just sit the nuclear waste out on the street just like you put your trash out every Wednesday or somethin?  lol.

Here's a brief demonstration of what occurs when a plane hits a nuclear reactor wall..http://www.webridestv.com/videos/plane-vs-nuclear-power-plant---crash-test-43581 

 

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Reply #31 Top

Sadly, nuclear lost another chance to save lives on 9/11 as it had at Hiroshima and Nagasaki when the planes hit the Twin Towers instead of nuclear plants.  Instead of dead hijackers + dead passengers + 1000s dead in and around the Towers, it would have been dead hijackers + dead passengers + a few dozen plant workers.  The analogy of the few dozen plant workers perishing instead of thousands in NYC, like those 200K died at H + N instead of perhaps 10 million is sound, and I am embarrassed not to have thought ot that previously!

Also, it's tough hitting a little target in an airliner.  It was no coincidence that the amateur-half-trained pilot hijackers chose the tallest or widest buildings available.  Compared to the Pentagon and the Towers, nuke plants are tiny, and storage casks are miniscule.  You should see the videos of simulated plane hits on the armored casks - the planes dissolve and may not even cause leaks.

If they had managed to hit a nuke, by far the most likely outcome was a lot of money to clean up and replace buildings and hardware lost in the fires.  Nonetheless, it would have been a LOT cheaper than the historical damage in downtown NYC.  I'd guess something like $200 M versus the actual $22 B (estimate by NYC Comptroller Thompson in September 2002).  Counting other costs, one estimate was that 9/11 cost NY as much as $95 B.

http://www.guardian.co.uk/business/2002/sep/05/september112001.usnews

 

Reply #32 Top

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Quoting LTjim, reply 26
Wow.


1) Nuclear waste.  Except for the used fuel, nearly all the radioactive stuff decays in a few to a few dozen years.  Any rad stuff that decays to normal background (and remember natural uranium and thorium start radioactive) is just a simple matter of containment storage, nothing else.  As for the longer-lived stuff in fuel, let me offer a few numbers.  A 1000 MW coal plant consumes a 100-car coal train, 100 tons per car (total 10,000 tons) EVERY DAY.  That same plant produces about 10 - 30% of that mass in solid waste, which typically contains cadmium, lead, radium, and other stuff that (except for the radium) will never decay.  A nuke of the same size produces about a dumpster-worth of spent fuel EVERY YEAR.  That's tiny in a country like the US with over 3 million square miles in just the lower 48 states.  Find an empty desert and bury it in a hole a few thousand feet, or just pave a parking lot a square mile or ten big in the middle of nowhere and put it all in concrete bunkers there.  That's a lot simpler than trying to farm over 180,000 square miles of anything. (6% of 3+ million square miles)


3) Could the US have simply blockaded Japan?  Sure, except that kamikazes and subs were still killing US sailors, and the Allies would have had to keep vast forces deployed ... somewhere ... and sustain them.  Meanwhile, Japan was far from self-sufficient food-wise, and what food was being grown could never get into the cities - the roads were inadequate (no gas anyway), the RR system was dead, and coastal shipping was essentially extinct.  In short, 1945 Japan cannot feed itself and would never surrender.  No medical imports, little food, impure water, and winter is coming in August, September, October 1945.  Translation - cholera and famine kill multiple millions before Spring 1946.  Even if Japan surrendered in December 1945, there would have been no way to feed them then -- there were over 71 million in Japan at the start of WWII.

The solution was to find a way to convince Japan to surrender BEFORE winter and before the rest of the infrastructure was destroyed by bombing, invasion, or simply time.  Thank the Almighty there were nuclear weapons available to give the Emperor the chance, even though it took a second bomb to convince them that the one was not a unique event.


Well, you kind of ignored the fact that the Japanese were already about to surrender. I'm sorry, but thats the truth of the matter. Regardless of that fact, it was a necessity that the bombs be used to show the rest of the world our military willingness and power. I used to be on the side of nuclear energy until I made a couple of friends (a programmer at NASA and a nuclear physicist,) that pointed out the fact that you know, burying nuclear waste and/or sinking it in a deep pit in the ocean still has an environmental impact; especially if the problem of disposal is compounded over the next 200 years. The physicist I mentioned is now working for a company doing research into fuel from algae, but the team would rather do biomass fuel research with hemp. In fact, I live in a place that has had state funded research into hemp; the results were more than promising. But the DEA wouldn't allow continued cultivation (once the results came out,) and when the governor of the state sent a personal letter to the president begging for the use of hemp, it was ignored. This was during the Bush era mind you.

 

 

Quoting RAWRRRR, reply 30

Quoting DraekAlmasy, reply 28
Your facts are all skewed to point in your favor btw anteachtaire.  You realize you're not even including all the information? 


Tons of Fiber per Acre:
Pine (30 year growth cycle) 3 tons per acre
Kenaf 6 tons per acre
Hemp 12 tons per acre
Cotton 0.3 tons per acre
Flax 1.3 tons per acre
that's great and all.. and makes hemp look like it's a minimum of 2x better than anything else.. up to 133 times better than some even.  Until you include the other items found on the same list:


Tons of Fiber per Acre:

Poplar 10 tons per acre
Switchgrass 8-12 tons per acre
Elephantgrass 12-16 tons per acre
Japanese Foxtail 16-18 tons per acre





damn now it's not looking as good amirite? 

 

 

 

Well, no. Its looking just as good. Those crops are in the same range as hemp and are only good for fiber. Moreover, we have tried the use of most of these other crops in my state; what we have found (the hard way,) is that the density of the cellulose can't compete with hemp, and the quality of the fiber isn't as good. But more so than that, water consumption, soil impact, and the the ability to contain the crops is also an issue (what an understatement). I'm not saying these crops aren't viable; its just a matter of the surrounding area. Hemp provides many benefits to the land itself, such as acting as a natural repellent and clearing growth of weeds for the next crop planting (which doesn't have to be hemp.) It also doesn't damage the soil, allowing for a greater degree of flexibility during crop rotation. But what it really breaks down to is this, most areas would count those plants as undesirable invasive species. Thank you for bringing this up though; you bring up a valid point, there are other crops which I didn't go into. This was only because of the negative environmental impact that has occurred in my state due to the use of such invasive species for industrial purposes.

Reply #33 Top

Oh, I forgot to mention, the technology for Algae fuel may still be in development, but the tech. for hemp has exsisted since the late 1800's. The efficiency of such tech. has only grown over time, it is quite far from being in "pre-alpha" stages. I mean, Ford himself had acres upon acres of hemp to make fuel as well as plastics. The only reason people now think that the technology is undeveloped... is because it isn't used (primarily due to the fact that hemp production is practically nil. in america.) But just because it isn't used doesn't mean it doesn't exsist.

Reply #34 Top

anteachtaire:

++++++++++++

Well, you kind of ignored the fact that the Japanese were already about to surrender. I'm sorry, but thats the truth of the matter. Regardless of that fact, it was a necessity that the bombs be used to show the rest of the world our military willingness and power. I used to be on the side of nuclear energy until I made a couple of friends (a programmer at NASA and a nuclear physicist,) that pointed out the fact that you know, burying nuclear waste and/or sinking it in a deep pit in the ocean still has an environmental impact; especially if the problem of disposal is compounded over the next 200 years.

+++++++++++

I have studied WWII on and off for nearly 50 years, and I am unaware of any credible historians who believed or documented evidence that showed that the Japanese were about to surrender before the nukes.  Can you provide any?  And I'm not talking about revisionist diaphanous hand-waving or sketchy conspiracy ravings.  You used the words "fact" and "truth", so you should be prepared to provide solid evidence or sound references to support your assertion.  Can you?

Quite honestly, your statement that Truman nuke-murdered 200K humans for the reason you provided is horrible calumny.  Do you honestly feel that President Truman was such a horrible and evil human being?  He could easily have proved the a-bomb power by publicly blowing up islands post-war - - oh, he did that, didn't he?  Have you ever heard of Occam's razor?

On nuke waste disposal, I did not suggest ocean disposal, you did.  And those words, "has an environmental impact" are without any meaning, as opening a refrigerator door to get a cold soda "has an environmental impact".

The truth is that nuke waste disposal is not even an engineering problem; it's purely a political one.  For example, one can vitrify the stuff into a glass matrix, wrap a metal conatainer around it, and bury it deep in a salt formation, a granite matrix, or a desert, and dozens of thousands of years will pass before anything can possibly come out of the container, and it could be a million. 

Call that interval just 25,000 years.  Either man will have tech to deal with it or, more likely, use it as a precious resource in its own right, or man will have regressed to flint after some cataclysm that will make deeply buried stuff trivial compared with the problems our species will be facing.  Good grief, man!  We went from flint to fission in less time!  Personally, I think that if Yucca Mt were opened 10 years from now and filled over the expected period of 50 years, as planned, that we would be going back in and getting that richly-varied heavy metal stuff back out and using it for some future-tech application even before the designed 100 years of monitored retrievable storage ended.

Reply #35 Top

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http://www.footnote.com/viewer.php?image=4346690


Well, its unsurprising you've never heard of any "credible historians" who've said otherwise. This is because the victor writes history; and I seriously doubt you're Japanese, so why would you not believe all the history books? Churchill once said something like “history will be kind to me, because I intend to write it.” Occam's razor, though quite brilliant a way of thinking, doesn't really apply to politics. But that is besides the point; why do you call what he did murder? Is it the reason for which the deed is done? Or the results of the deed itself? Either way, the reasons for bombing innocent civilians (from either viewpoint,) was to keep more people from dying in the future. But this is a matter of philosophy, best spoken and not typed; my god, we could go on until the fingers bleed.

In reading this document, you'll notice that this is a very one-sided agreement. Previous to this being accepted, prior to the bombings, representatives (I believe 5-6 cabinet members*,) from Japan had been trying to negotiate more favorable terms for peace; terms that would not have been so constricting to their empire. These peace-talks, needless to say, didn't pan out. To think of it in a better way, regard the differences in the willingness for Peace vs. the willingness to Surrender. So technically, no. They didn't want to surrender, but the government was trying to sue for peace on favorable terms, terms which the American and Russian powers did not want to accept.


*3 were set on war, and the remainder were neutral.


I don't mean to be crude, but if you've been studying history for 50 years, you're pretty old. This means you have a wealth of experience as well as set views that might be hard to overcome. But all in all, you must admit that you have had more of a past than you will of a future; please think of the future of your progeny. Buried dead bodies might not smell as much, but they still get unearthed. And an optimistic 25,000yrs is a long while.


I think I should be clear, converting all of our energy production (at this juncture in history,) over to one source is unrealistic; I don't think that humans should STOP using nuclear energy or coal or thermal or whatever. My view is that it'd help to have another source for “clean” (or nearly so,) energy, one that can also be used for food, biodegradable plastic, textiles, and more. So what reason do we have to not do this? As things are, the logical leaps some of you are making are unfathomable to me. Wouldn't the end of reliance on oil and its synthetic products be a good thing?

Reply #36 Top

Quoting RAWRRRR, reply 30



Here's a brief demonstration of what occurs when a plane hits a nuclear reactor wall..http://www.webridestv.com/videos/plane-vs-nuclear-power-plant---crash-test-43581 

 

yes I have been looking for that video everywhere

especially with that 9/11 comment

Reply #37 Top

Quoting anteachtaire, reply 35

Wouldn't the end of reliance on oil and its synthetic products be a good thing?


It would severely damage the oil industry (Obviously ^_^) and thus I'd assume that a few thousand people would lose their jobs at the least... But reducing the amount of oil imports while concentrating on nuclear, coal, and solar power would likely offset this if oil imports and alternate energy sources decreased/increased at roughly the same rate.

Reply #38 Top

Yeah, jobs would be lost, but more would be made.

 

(I'm pretty sure I shouldn't get warm fuzzies over the thought of some rich fat-cat oil CEO losing his job... but the fact that he'd still be a millionaire afterwards kinda evens things out, right?)

Reply #39 Top

You have provided no evidence of anything.  I certainly do not regard that document as anything but what it is, the actual surrender document dated September 2, 1945.

As for age and that other stuff you said, I've many times embraced the revision of history when new facts and evidence have been presented.  The code stuff (such as ULTRA) only became declassified many decades after the war ended.  The knowledge from those documents led to considerable revisions to previously-accepted history.  The entrance into record of post-war Soviet records after the fall of the Berlin Wall led to many other new revisions.  I have many times revised what I considered "history" - you simply have offered nothing but an allusion to a not provided document, with no support, no context, and no evidence at all.

Contrast that to the mountain of evidence widely available post-war from many sources and many nationalities - including Japanese - of what happened as the end of WWII approached.  Goof grief! Hirohito himself did not die until 1989!

I'm truly sorry, but you appear to be handwaving or repeating someone else's conspiracy theory hatching.  IN doing so, you terribly insult many honorable folk, not the least of whom was President Truman.  Quite honestly, unless you have real evidence, you should be ashamed of yourself for such remarks as you made earlier about dropping the atom bombs.

As for energy production, I join you in wishing there was a better way than coal.  If growing something like hemp wold do it, that would be fine by me.  You have not convinced me on numbers and feasibility, but that's not an issue for me.  It may be worth considering, and I'm happy for others to do that.  OTOH, your nuclear comments are unfounded or flat out mistaken, and 25,000 thousand years IS a long time, and that was my point. 

As for those who think we should dig up, and burn megatons of coal, spew it all into our atmospere, and deal with megatons of its other pollutants for fear that some savage in a post-Apocalyptic world 25,000 years from now might dig up some spent nuclear fuel, well, I think they're crazy.

Reply #40 Top

... I guess my problem is that I assume people can inferr the (correct,) information... OK, so lets stop going back and forth about the politics and get down to some numbers! Here are some numbers in regards to cali, for anyone from that state on the forums.


Dedicated Energy Crops

There are 28 million acres of agricultural land in California, of which 10 million acres are established cropland. If 10% of this cropland (1 million acres) were dedicated to production of hemp as an energy and fiber crop, we could produce 150-500 million gallons of ethanol per year.

 

Greater estimates would result from expanding the analysis to include use of agricultural lands not currently applied to crop production as well as additional land not currently devoted to agriculture. A California Department of Food and Agriculture estimate suggests that each 1 million acres of crop production, occupying roughly 1% of the state's total land area, would supply the ethanol equivalent of about 3% of California's current gasoline demand.[viii]

Barriers

A barrier to the development of a cellulose-to-ethanol industry is availability, consistency and make-up, and location of feedstock. Dedicated crops, such as switchgrass[ix], resolve these problems. Cannabis hemp will enhance business opportunities because we can "tailor" the cannabis plant fractions to satisfy multiple end uses such as high value composites, fine paper, nitrogen rich fertilizer, CO2 , medicines, plastics, fabrics and polymers - just a portion of the many possible end uses.

Benefits

Benefits of a dedicated energy crop include consistency of feedstock supply, enhanced co-product opportunities, and increased carbon sequestration. It is commonly held that agricultural industries must focus on multiple value-added products from the various fractions of plants. This value-adding enhances rural development by providing jobs and facilities for value-adding operations. Hemp[x] lends itself to this in a unique way due to the high value of its bast fiber. Market prices for well-cleaned, composite-grade natural fiber are about 55¢ per pound ($1,100 ton); lower value uses, such as in some paper-making, bring $400-$700 per ton, while other value-adding options, such as pulping for fine papers[xi], could increase the value of the fiber to $2,500 per ton.

 

 

The Fuel and Fiber Company Method

The Fuel and Fiber Company Method[xii] employs a mechanical separation step to extract the high-value bast fiber[xiii] as a first step in processing. The remaining core material is to undergo conversion to alcohol and other co-products. There is no waste stream and the system will provide a net carbon reduction due to increased biomass production. Conversion efficiency of hemp core is relative to the lignin, cellulose and hemicellulose content and method used. The following table lists some materials often cited as potential sources of biomass and their chemical make-up. A challenge is conversion of hemicellulose to glucose; yet this challenge has been met recently by Genencor, Arkenol, Iogen, and others. These technologies provide conversion of hemicellulose and cellulose fractions to glucose using cellulase enzymes or acid.

 

 

 

 

Hemp

 

Cellulose

 

Hemicellulose

 

Lignin

Bast

64.8 %

7.7%

4.3 %

Core

34.5 %

17.8%

20.8 %

Soft Pine

44%

26%

27.8%

Spruce

42%

27%

28.6%

Wheat Straw

34%

27.6%

18%

Rice Straw

32.1%

24.0%

12.5%

Corn Stover

28%

28%

11%

Switchgrass

32.5%

26.4%

17.8%

Chemical composition of Industrial Hemp as compared to other plant matter

 

Lignin has long been viewed as a problem in the processing of fiber, and detailed studies have revealed numerous methods of removal and degradation; commonly it is burned for process heat and power generation. Advances in gasification and turbine technologies enable on-site power and heat generation, and should be seriously considered in any full-scale proposal. Additionally, by full chemical assay and careful market evaluation numerous co-product and value-adding opportunities exist. Such assay should include a NIRS (Near Infrared Reflectance Spectroscopy) analysis, with as many varieties and conditions of material as can be gathered.

 

Reductions in lignin achieved by cultivation and harvest techniques, germplasm development and custom enzyme development will optimize processing output and efficiency. Incremental advances in system efficiencies related to these production improvements create a significant financial incentive for investors.

 

The Fuel and Fiber Company Renewable Resource System will process 300,000 to 600,000 tons of biomass per year, per facility; 25% to 35% of this will be high-value grades of core-free bast fiber. The remaining 65% to 75% of biomass will be used for the conversion process. Each facility will process input from 60,000 to 170,000 acres. Outputs are: Ethanol: 10-25 MGY (Million Gallons per Year), Fiber: 67,000 to 167,000 tons per year, and other co-products; fertilizer, animal feed, etc. to be determined. Hemp production will average 3.9 tons per acre with average costs of $520 per acre.

 

 

Hemp Biomass Production Model Using the Fuel and Fiber Company Method[xiv]


Min

Max

Average

Improve 20%

Totals

Sell 1

Sell 2

Total 1

Total 2

Tons per Acre

1.5

5

3.25

0.65

3.9





Lbs. Bast

(Separated 90-94%)

750

2500

1625

325

1950

0.35

0.55

$682.50

$1,072.50

Lbs. Hurd

2250

7500

4875

975

5850















Gallons Per Ton

20

80

50



$2.00

$3.00



Gallons Per Acre





146

292.5

438.8



Ethanol costs

Per Gallon

0.92

1.37

1.145



167.46

167.46










Ethanol profit

$125.04

$271.29








Gross

$807.54

$1,343.79

Production Costs

Per Acre

424

617

520.5





$520.50

$520.50

Separation costs

Per Ton

41.54

75.68

58.61





$228.58

$228.58








Costs

$749.08

$749.08








Profit

$58.46

$594.71

Administrative & License %

2







$16.15

$26.88








NET

$42.31

$567.84

Capacity

Acres

Tons Fiber








10 MGY Facility

68,376

66,667





Annual

$2,893,256

$38,826,590

25 MGY Facility

170,940

166,667





Profits

$7,233,141

$97,066,474











Total Admin & License








$1,104,333

$4,594,167

 

Capital costs not included. Estimated capital costs are $135 to $150 million per facility, plus crop payments. To add a pulping operation will require an additional $100 million and adds $117 per ton of fiber processed for pulp, which has a market value of up to $2,500 per ton. The most conservative estimates possible were used for this study. A full-scale feasibility study is needed to validate assumptions and projections. An additional $35 per ton environmental impact benefit should also be factored into future projections[xv].


Economic Impact

Employment

Employment for hemp production, calculated at one worker per 40 acres farmed[xvi], results in a total of 1,700 to 4,275 new jobs, if 10% of California’s cropland is put into production of cannabis hemp. These jobs are created across all traditional agricultural employment sectors, upon full development of the system.

 

The processing plants will also create new jobs in these areas[xvii]:

 

·      Administrative & Sales – 15 to 25 per facility

·      Research & Development – 25 to 50 statewide

·      Engineering & Technical – 75 to 100 statewide

·      Construction & Maintenance – 150 to 300 statewide

·      Transportation & Material Handling – 10 to 20 per facility

·      General Labor – 25 to 50 per facility

 

Construction

Each facility will incur $100-300 million in construction costs. Much of the equipment and labor will be procured locally, creating new jobs and opportunities for entrepreneurs to provide equipment and services to this new industry.

 

Related agricultural activities

At an average cost of $520 per acre, returns to farmers will range from $50-$500 profit per acre. Used in rotation with other crops, hemp can help reduce herbicide use resulting in savings to the farmer on production of crops other than hemp.

 

Environmental Impact

There are a great number of environmental impacts to be considered, including;

·      Water use. Agricultural operations & processing will consume hundreds of millions of gallons.

·      Large mono-crop systems have been problematic. Though hemp lends itself well to mono-cropping, effective & feasible rotation schemes must be devised.

·      Genetically Modified Organisms - Are key to efficient conversions but may pose a great threat to life. This is an issue that must be handled with complete transparency & integrity.

·      Waste streams generated - Though expected to be low, a detailed accounting must be made and addressed.

·      Creation of "Carbon Sink" to absorb carbon

·      Improved land and water management

·      In-State fuel production - reducing transport costs and associated effects

·      Reduction in emissions (Continued use of RFG)

·      $35 per acre total environmental benefit

Reply #41 Top

This site has some political connotations, but the information is sound.

 

http://cannabistv.wordpress.com/2008/04/24/ethanol-from-corn-disaster-cellulosic-ethanol-from-hemp-stability/

Reply #42 Top

This site has some political connotations, but the information is sound.

Just as long as it doesn't have political denotations.

Reply #43 Top

My point about deaths caused by nukes/fallout is how harmful it is. I'm certainly not one to debate how many lives can be saved by a war or a bomb of any kind; Let's say there's another world war, do you think this time a surrender would come from a nuke drop? Of course not. Retaliation bombing would be the result.

And as for man's will to cause harm to one another, it IS related. Why? Because when man choses to do harm to another it results (wars, terrrorism) in the fighting parrties hitting the enemy with something devastating. The more nuclear is available around the world, the more likely it will be used as a weapon. And nuclear waste could be as good a weapon as a nuclear bomb.

TLjim, you think nuclear waste will just decay in a few years to a few decades? How about in 30 years we pop open a drum of today's waste and you can stick your head in there.

A dumpster worth of spent nuclear fuel is bad enough. Burry it in the desert you say? Then every year we put thousands of dumpsters (for thousands of nuclear plants) of nuclear waste in there, year after year, and for how long? Forever? If it takes only a few decades to decay as you claim, then the amount of nuclear waste produced each 30 year period would have to be equal to or less than the amount stored over the previous 30 years, otherwise the amount of waste present would increase over time, not decrease. And as we know, the demands on energy do nothing but increase.

As for the comparison to sept11, Terrorists don't only use planes to destroy things. Where there's a will there's a way, as soon as any terror organisation can produce nukes OR nuclear waste(power plant)... think of the implications.

And a "simulation" of an aeroplane hitting a nuclear plant... bet they wouldn't dare do it in reality.

 

Governments all around the world will try to tell us how nuclear is safe. They also said that about smoking....

Reply #44 Top

Quoting DraekAlmasy, reply 28

Why?
Because I've yet to encounter *anyone* who was in favor of cultivating hemp and in favor of criminalization. Show me its so-called advantages are independant of your own little addiction and I may take you seriously, but not before.


Try living on a diet of milk alone. You'll die, or be totally ineffective.
Try living on a diet of *anything* alone.

 

 

I doubt this has anything to do with addiction to hemp. After all, you can buy poppy seeds from any supermarket, and WOW we don't have people running around saying oh, no, we can't grow poppies, the world will become addicted to opium!

yes I know the poppy seeds available are sterilised, but poppies are grown around the world and can be obtained.

Reply #45 Top

Indeed, hemp seeds contain no THC; and moreover, from the genetic viewpoint, Hemp doesn't have the breeding to provide high THC content. What I'm trying to say Draek, is that HEMP ISN'T A DRUG! Besides, do you drink Beer? Beer uses Hops, do you know what that means? Jesus, people need to stop sleeping through chemistry and botany, lolz.

Reply #46 Top

The_Butcher -

Let me separate your remarks into two categories: opinions and assertions of fact.

You have ever right to your opinion on what might happen in the future, and everyone has opinions, sobeit.

Your assertions of fact, though, contained flaws and mistakes, and it was to those that i directed my remarks.

First, no one died from the TMI accident.  There was no rad release to the environment of any significance whatsoever.  So, your initial allegation was wrong.  Repeat, you made an erroneous statement.  There is copious evidence, mountains of studies, and Congressional and Presidential commissions, all of whom agreed with that finding.  You might find some anti-nuke who will shake his or her head and say it's all a conspiracy, but that's about it.

Second, the loss of life at H + N was a human tragedy, but a small one when one compares it to the loss of life overpoweringly likely in plausible alternative scenarios.  This was a war that the Japanese started by a Sunday morning attack while at peace.  Many thousands of lives had already been lost, including many, many Americans.  Every day the war was prolonged, innocents would die in China, Korea, and everywhere else the war touched.  Sitting in an easy chair, cool drink in hand, snacks within reach, armchair Wednesday morning (not Monday morning, it's too far removed from that) military and political quarterbacks love to say how things just might have been done better.  If you're of that ilk, fine, but you might do better framing your remarks as opinions.  The nuke bomb deaths at H + N should never be considered as proof of the evil of nuke bombs, but credited instead with providing an unprecedented and unexpected opportunity to Emperor Hirohito to end the war millions of deaths earlier than it would have otherwise.  So, I repeat, H + N were not evil deeds, they provided by far the best and least costly way in human lives for Japan to manage with their own society to end the war that they themselves had started.  To wail at the evils of H + N is to try to wrongly re-write history and slander the honorable men who made the decisions.

Third, I would gladly stick my head in any rad container of low level waste thirty years after it was filled.  Even cobalt-60 with its 5-and-a-fraction year half-life would have had about 5 half-lives to decay.

Fourth, as I said originally, the dumpster count of high level waste, also called spent fuel, would be one per year per reactor.  That was high, as it is more like one per every two years, but let's stay with one per year.  There are 104 operating commercial power reactors in the US, but let's say there are 1000, instead.  I expect fusion or some other tech to come along in the next century, maybe even PV solar, but let's say that doesn't happen until 300 years from now.  Each dumpster, including separation space in its own little scooped out revetment out in some desert might use a few dozen square yards, let's call it 100 square yards per dumpster.  There are 3,097,600 square yards in a square mile, but let's call it an even 3 million.

Now, let's do a little math:

- (1000 reactors) x (1 dumpster/year) x (100 square yards per dumpster) x (300 years)  / (3M sq yds per sq mile) 

- the answer? 10 square miles, or a desert parking lot of just over 3 miles on a side

(Use more realistic assumptions, and you could get it down to maybe just ONE square mile, this in a nation with thousands and thousands of square miles of desert and wasteland - Great Salt lake Desert alone is over 4,000 square miles, the Mojave is 22,000 square miles, and the Great Basin Desert is about 190,000.)

You could put that in the middle of some fed reservation and no one could probably even find it.  The bunker-boxes-dumpsters would laugh off crashing airplanes, fires would hardly scorch them, and it would be simple to guard.

The whole anti-nuke gesticulating and posturing and wailing mess over where could we POSSIBLY put all that waste has always been a laughable farce to engineers with a calculator, or even a pad and pencil.

Reply #47 Top

What i dont understand is this...

All the nuclear waste we have on hand... we dug up out of the ground... enriched it so that it was usefull, and then let it go through some atomic decay cycles....

If we had left it in the ground... it woul have stayed diluted... and in time it would have gone through the exact same atomic decay chain.

all we did was hurry the process along a bit in a controled enviroment (e.g. in the reactor)

so... whats wrong with putting it back in the ground? Radioactive decay inside the earth gives off 30 TW of enegry. all we did... is take some of that radioactive decay... removed it from the ground... put it in a reactor where we could better harvest a bit of that 30 TW, and now... what exactly is the problem with putting it back from where it came from?

THe stuff may last a few thousand years? the stuff has been in the earth for... what... a few billion years... decaying... giving off radiation... and now we cant put a pathetic precent of that stuff back in the ground?

what?

Actually, I think putting the stuff back into the ground is a waste... if its still decaying... giving off heat... why not use it as a heat source for a stirling engine or 2...

 

Similar thing with oil/coal.

At one point in the earths history... A plant absorbed some C02 from the sky... and then it died... got buryed... and turned in to fossil fuels.

when we burn fossil fuels... were just putting that CO2 back where it started... and somehow... at that point... the atmoshere had an acceptable CO2 level (and temperature) to allow that CO2 sucking plant to grow in the first place.

The earth for the most part is a closed system... and for the most part... there is nothing we stupid humans can do to change what was already here. We may change the forms of the stuff we find in the ground... iron into steel, into skyscrapers... oil and other complex hydrocarbons into plastic... but beyond partical accelerators... (and nuclear decay... which would have happend anyway if we werent here) we are not changing one type of atom into another.  The number of carbon atoms ( in our bodys, in fossil fuels, in our creations, and in the air) is not going to change... it may switch from fossil fuels to in the air... but the number of carbon atoms on this planet is not going to change beyond what the solar wind manages to knock out of our atmosphere... or what astroids bring into it...

 

 

Reply #48 Top

On the nuclear part, you're mostly correct.  The problem is concentration, of course.  That is, a few molecules at a time over some years of aresenic will not poison you, but a cupful at once is lethal.  The nuclear industry concentrates the stuff a great deal.  IIRC, a mine will process about a ton of ore to get 5 pounds of uranium - that's something like 400 to 1.  So, using gross numbers here, 10,000 tons of spent nuclear fuel was originally distributed in 4,000,000 tons of ore.

The other thing is that the natural decay period was longer than the spent fuel decay period for everything not uranium or plutonium.  Thus, the energy in that decay chain, instead of being released hundreds of millions of years, or even billions, will be released in tens or tens of thousands.  So, the decay energy will be released in a smaller area and more intensely than in nature, until it's gone.  IOW, even if man re-diluted the stuff spatially or volumetrically, re-diluting it temporally remains beyond us!

My one quibble (my "mostly" above) is that many or most or maybe nearly all the fission product isotopes in spent fuel are isotopes not in the original decay chain for uranium-238 or uranium-235.  I apologize for that statement, as it may be as opague as mud to non-scientists.  What it means is that the non-uranium stuff in spent fuel may not decay to the same stable elements that the original uranium atoms were originally going to decay to.  And, if they do reach the same stable element, it may be by a different chain path (joining at a later daughter junction).  Thus, your statement ("exact same atomic decay chain") is not technically correct, but the delta may not be significant in practice.  My quibble is mainly to alert you against that exact phrasing, at least with folk with knowledge of nuclear physics and stuff.

As for the CO2 stuff, I'll leave that for others.

Reply #49 Top

Quoting DraekAlmasy, reply 19
Besides, if what you want is food efficiency, you should be looking at milk, not plants.

You should google the powdered milk fiasco and how many people it killed. I'm not even sure if half the world's population can actually digest milk.

Quoting anteachtaire, reply 24
Yes, because the majority of mankind is stupid, unwise, and doesn't pay attention during the "boring" classes. People haven't forgotten that fire is hot; but that doesn't keep them from doing tupid shite and burning themselves.

The majority of mankind don't get classes.

Quoting DraekAlmasy, reply 28

Because I've yet to encounter *anyone* who was in favor of cultivating hemp and in favor of criminalization. Show me its so-called advantages are independant of your own little addiction and I may take you seriously, but not before.

Throwing people in jail for 20 plus years for a victimless crime is impractical and unjust. There doesn't need to be any advantages to smoking marijuana to legalize it... just the tragic loss of life, political and social instability with very little to say for it if we don't should be reason enough. Summary: I don't want to decriminalize marijuana because it's safe, because it's not. I want to decriminalize because criminalizing it is stupid.

Reply #50 Top

Quoting RAWRRRR, reply 30

... you're dumb.  Leaps in science will never rid mankind of the will to cause ill to others... and that's totally unrelated.  Mankind has had this will to harm since the very beginning.

There are many human societies that have had little to negligible amounts of violence in their societies... mostly hunter-gatherer types. People make pessimistic assumptions about human nature too easily. We humans are complex animals and can be peaceful and violent.

Animals pretty much have no choice whether they want to be violent or not. Humans do have a choice. Remember that.