Since I havent sent them any money I dont know and I dont care how long it takes to ship... how about you save your bitching when they dont actually work.
Jon Soderberg
Member
- Male
- 56
- from Essex, MD USA
- Member since Apr 15th 2014
- Last Activity:
Posts by Jon Soderberg
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Merry Christmas...
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spending over 30 billion on hot fusion that is always 20 years away....
definitely my idea of insanity
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The transition from large power plants and transmission systems to decentralized home based power systems will be long and painful. The electric grid costs a lot to maintain so at what point do we switch it off? 25% of peak capacity? less? Will cities be the last to maintain a central power network while more rural properties switch over first? Critical systems should be upgraded immediately such as hospitals, schools, water systems, wastewater, large building etc. Oversize the first systems and start selling excess electricity in off peak hours back to the grid, this may prolong the grid but is smart in the short term. Transportation switch over to LENR should happen quickly in the maritime industry due to the cost of fuel and scarcity in remote areas of the world.
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Walker
Agriculture just like energy production will become more distributed and hopefully people will grow food inside their own greenhouses 365 days a year. High value organic vegetables should be grown in your back yard just like mine and spend money at the store on grains, corn and potatoes. -
https://www.youtube.com/watch?v=OLyT8taxR4w
watch the video and let me know if you think Sean doesnt know whats he's talking about....umm kay -
I think we will see technology leapfrogging based on LENR development. Many countries went from no phones directly to cell phones leapfrogging land based communication. Instead of expensive timely infrastructure like highways and railroads to undeveloped countries perhaps we will see transportation of people and supplies from planes and aerial blimps.
Regardless the biggest change will come from decentralized energy systems and the slow gradual abandonment of interconnected centralized power production. Soon those high voltage transmission towers will be coming down for building and perhaps neighborhood sized power plants. Im hoping with this trend we will move away from GMO agriculture and back to local grown organic vegetables and livestock, perhaps cheap energy will help encourage this trend. -
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Michael
The mass scale introduction of LENR will also depend on developing industry standards for the reactors, information interface, piping sizes, energy calculation outputs, footprint, safety requirements etc. The worst thing that could happen is if every reactor manufacturer comes up with designs that do not follow an established standard. The beginning of the computer industry had multiple communication standards which meant competing systems couldnt speak with one another hence the development of the OSI model for communications. LENR cities appears to be taking a lead role and I would very much like to see you develop first step standards for LENR starting with safety, communication, and standardized power output. You could be intermediary to Brillioun, [lexicon]Industrial Heat[/lexicon] and others that are working on developing LENR. It would be very efficient to be able to swap out a reactor from one company with a reactor from another, much like a lightbulb. Id also like to see an organization that licenses and trains LENR technicians, professional installers and maintenance personnel.
Almost everyone currently following LENR is concerned with the underlying physics but ignore the issues involved with the actual installation and maintenance of LENR reactor systems. I equate this emerging technology with the early steam engines in the 1800's just using a different heating source. I foresee a return of steam based primary drives for many applications instead of thermal electric conversions to generate electricity. The fact that the cost of fuel will be next to zero will allow for energy systems that are cheap but inefficient since wasting energy will not be costly. LENR will flip upside down the way we look at manufacturing just about everything, why make something costly and energy efficient when you can make it cheaply and energy wasteful? -
The bottleneck on LENR implementation once a reactor is standardized is a "trained labor force". Certified technicians to install, maintain and replace reactor systems, engineers to design reactors into existing systems and management of systems. In the short term the best return on investment is replacing high cost energy systems with LENR, things like diesel electricity generation on islands, remote facilities in harsh environments, and large industrial motors.
Brute force application replacement of large water pumps, air handling and large facility heating like college campuses. Transportation based systems are a ways out just as new ways to use nearly free energy in ways not yet conceived. The industry I work in is water and wastewater plants and collection systems. I can see replacing large multi hundred horsepower electrical motors with steam driven power plants that utilize existing process water as the energy carrier. LENR cities sound great but you cant build them overnight. -
Mary Yugo@
Hell hath no fury like a woman scorned. Your unnatural and unreasonable fury toward Rossi might involve a deeply held, secretly silent, and possibly unconscious obsession with Rossi. What emotion might be responsible, I wonder...envy, lust, jealousy. But considering the depth of your obsession with Rossi, it might be the most powerful of all the emotions...the most illogical and perverted...unrequited LOVE.
Mary is actually George Hody...
https://www.mail-archive.com/search?l=vortex-[email protected]&q=subject:%22Re%5C%3A+%5C%5BVo%5C%5D%3ARE%5C%3A+Mary+is+Outed+%5C%3F%3F%3F%22&o=newest&f=1and this
http://ownshrink.com/skeptopat…yptodenialism-rossi-ecat/ -
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The earths gravity well may be difficult to overcome however this technology will allow us to harvest resources from the asteroids such as water and metals. These resources will allow us to manufacture high value products in space and drop them back into the atmosphere at very little cost. Humans and foodstuffs will be shipped up to space and just about everything else will be provided by asteroids and robotic manufacturing. Eventually spin habitats will allow humans to stay long periods in space and eventually grow their own food in large scale hydroponic systems. The key to this will be the manufacturing of those high value products to pay for the expense of getting off the earth.
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One thing that has to be considered is that changing over from fossil fuels to LENR and renewables will not be enough to save the planet in the long term, in fact free energy could exacerbate the problem in other areas. The change will allow petroleum to be used more readily in other ares, synthetics and fertilizers come to mind. Chemical based fertilizers are destroying our farmlands causing huge runoffs and polluting our oceans. I hope that LENR will allow the world to move to a more de-centralized based farming system and reverse the growth of large scale industrial factory farming. An organic based system is not only renewable but actually is a growth enabler for more organic system...life begets more life...chemicals beget death of the the soils. An organic permaculture system controls water, which is crucial for preventing runoff and polluting of the oceans, and provides chemical free food. I hope to use LENR in my industry of water and wastewater to provide a sustainable resource harvest system by utilizing the nutrients in wastewater to grow algae for use in numerous products.
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My question is who let Mary Yugo into the forum?
My question to the testers is now that youve completed the month long test how enthusiastic are you about the future of LENR and the Ecat in particular.
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Interesting concept sort of managed open sourcing of the technology through collaboration of specialists in multiple fields. I'd like to see a similar concept of implementation of LENR into existing infrastructure with an emphasis on energy intensive processes. I work in the water/wastewater field and see LENR changing how my industry designs and builds massive treatment systems. Many processes are very energy intensive and we spend huge resources on reducing energy usage in all areas. Id like to see discussion on how systems design will change with the introduction of vastly cheaper energy that LENR promises. Many exciting technologies are passed over because of high energy costs such as Reverse Osmosis just as an example.