02 April 2013

ENERGY PREFERENCES ACCORDING TO A NEW GALLUP POLL: Solar power is America’s preferred renewable (Green Energy) despite the USA’s new-found abundance of fossil fuels (thanks to the so-called “Shale Fracking”), and yet, Americans still overwhelmingly support more development of renewable (green) energy.


More Solar power———————————————-75%

More Wind-Power——————————————71%

Increased Oil Production————————————-46%

Increased Nuclear (Uranium) Production————–37%

Increased Coal Production ——————————-33%


Increased Solar Power————————————-90%

Increased Nat-gas Production/use———————–59%


Increased Solar Power————————————–75%

Increased Nat-Gas Production—————————–62%


Increased Solar Power—————————————68%

Increased Nat-gas Production/use————————-66%

REGIONAL DIFFERENCES NOTED People living in the South, tend to support more fossil fuels such as oil and coal, than those living in other regions of the country. Nevertheless, more investment in solar was the top priority overall, regardless of where respondents lived, “America’s overall, and across political and socioeconomic groups, generally are most likely to call for more emphasis on solar and wind power … But alternative energy sources are still in their infancy in terms of technology and affordability; So, they have a long way to go before achieving more significant contributions to USA domestic energy production”.

 SHALE “FRACKING” STILL A WILD CARD WORLWIDE. Yes, it produces huge quantities of Nat-gas (which is about 50% cleaner burning than coal, and at present, potentially cheaper than most energy sources), So almost 60% of Democrats support greater gas development, along with 62% of Independents, and almost 80% of Republicans.  Hydraulic fracturing (hence – “Fracking”), coupled with horizontal drilling, have allowed oil/gas developers to tap into previously inaccessible stores of shale oil and gas;  However, controversy over the environmental impacts of fracking, and the continued use of these fossil fuels could present a serious roadblock for further development. Problem is, oil/gas developers are never willing to reveal the fluid, sand and other “proprietary” chemicals/compounds/techniques they pump into the ground. To exacerbate the problem to global dimensions, many other nations, with diverse shale characteristics, are beginning to say:  YEAH! We can do that too!  BUT…What is  “that”? and, what impact will that have on the world’s greatest commodities: Clean air &Drinking water? TO MAKE MATTERS WORSE; THERE IS CURRENTLY NO APPLICABLE REGULATIONS (IN THE USA) OTHER THAN THOSE SELF-IMPOSED BY OIL/GAS DEVELOPERS.

CONTINUED BURNING OF COAL FOR ENERGY GENERATION MAKES NO SENSE NOW.  This Gallup poll makes that issue crystal clear; and yet; here in San Antonio, Texas, our two (2) coal-burner plants at Calaveras (Skulls) lake (Spruce I, and II), together generate about 1,240 Mw, and consume about one train-load of coal daily/each.  That coal is brought from Gillette Co., WY. Transported about 1,500 miles in trains owned /maintained / financed by our “CPS Energy” public-owned Utility.  THE RUB IS: About 50 miles south of San Antonio, TX   is the “Eagle-Ford Oil and Gas” huge find/enterprise looking for ways to sell their Nat-gas, and CPS-Energy won’t even look their way.  It would be relatively inexpensive/quick to convert such plants to Nat-gas and CPS-Energy knows it, BUT…They somehow, feel compelled to buy coal from Ex-V.P. Cheney’s empire. I smell a rat! – Perhaps five (all members of the CPS Board). But then read about Florida’s woes where power- politics are evidently worse. Please read our previous article:

Edward Oliver Gonzalez (gonzedo)

P.S.  Some of you may not yet have heard that GOOGLE READER and their Real Simple Syndication (RSS) will cease to exist next 01 July 2013.  We felt very proud of posting up to four (4) out of 23 articles on that READER.  It would be presumptuous to think that its elimination had anything to do with suppressing our voice on their forum; however no real reason was given.  Same thing happened to this Blog when the San Antonio Express –News (a Hearst Newspaper decided to end our forum (On “Free-Press day” and in our face!), just as it reached 40,000 reads/month.  Then also, no reason was provided.  We understand Google is doing exceedingly well (Billionaire CEO etc.). To think that most of that enterprise rides on the backs of literary giants, the information writers who did the lion’s share of the Google data base without salary.  Google CEO may be in need of Texan wisdom: “There ain’t a horse that can’t be rode, or a rider that can’t be throwed”. His day of judgment is coming in the public eye. In my eyes he is already a “Vendido” (sellout).

Fortunately, many RSS data aggregators are in the wings, some already have as many as 3M subscribers. We have looked real hard for real “servants of the people” and decided to use “mozillaFOXFIRE” As our RSS aggregator and READER.  Please subscribe to FOXFIRE, it is an excellent Browser, plenty of add-ons, and IT IS FREE !  You know I tell it like it is! – Just check it out.


April 2, 2013 at 12:14 AM Comments (8)


23 FEB 2013

SAUDI ARABIA OUTLINES ITS 20 YEAR “ENERGY- MIX” PLANS. “King Abdullah City” for Atomic and Renewable Energy (KA-CARE) has unveiled a white paper detailing a new energy-mix plan which relies heavily on Concentrated Solar Power (CSP) plants, solar PV (Photo-Voltaic cell), wind farms, geothermal facilities, and waste-to-energy plants.  The plans are a part of Saudi Arabia’s program to generate 54,000 Mw of new renewable energy capacity by 2032, which could make Saudi Arabia one of the largest green-energy producers in the world BY 2032.  According to KA-CARE, Saudi Arabia will for now, continue to generate the majority of its power from oil and Nat gas, with a further 17,600 Mw of nuclear energy.  KA-CARE seeks an energy mix such that existing Nuclear Power Plants (NPPs), geothermal, and waste-to-energy plants to to provide a “base-load night-time supply of power”, while solar (with energy storage) will contribute heavily to the daytime – supplemented by gas and oil.

SAUDI  SOLAR AND WIND AVAILABILITY ARE HIGHLY RATED. According to Ernst & Young’s Renewable Energy “Country Attractiveness Indices (CAI)”, Saudi Arabia has good wind energy potential, with some 4.9 hours of full-load wind per day on average – one of the highest in the Middle-East and North-Africa (MENA) region. The strikingly high solar radiation of around 2,550 kWh/m2/year promises very high energy yields for both CSP Plants and PV-cell farms.  PLUS the availability of large stretches of empty desert to locate solar arrays.  Saudi Arabia’s government announcement of its ambitious $109 billion plan, will likely be attractive to venture capital, energy merchants, and solar technology providers.


  1. 35,000 Mw of CSP with energy storage capability.
  2. 16,000 Mw of PV Solar-cell
  3. 9,000  Mw from Wind Power (turbines)
  4. 3,000 Mw “Waste-to-energy” thermal
  5. 1,000 Mw Geo-thermal power

REQUEST FOR PROPOSALS (RFPs) WILL BE ISSUED SOON.  The initial round of contract solicitations will be issued in the first half of 2013, focusing on CSP Plant technologies.  Such technology will get the “lion-share” of contracts monies to generate 35,000 Mw from CSP Plants.  The first three (3) rounds of contracts are now expected to be awarded before 2015, with a view to creating more than 7,000 Mw of new capacity, the majority of which will come from solar power.  The three (3) contracts awards for solar alone, could account for more than $10 billion (£6.5 billion) of investment  Under the new plans, the vast majority of new green-energy capacity will be solar.

ENERGY MERCHANTS WILL BID TO SELL THE ENERGY.  Energy Developers will be invited to bid on “power purchase contracts” and the “Saudi government’s Sustainable Energy Procurement Company (SEPC)” will buy the electricity generated.  Bidders will be invited from around the world; but the contract award process will aim to encourage the creation of local production and jobs. The spokesman said the first awards will offer a bonus to bidders with local sourcing arrangements, while rounds after 2015 will include a requirement for local production and employment.

RENEWABLE-ENERGY PURCHASE BY COMPETITIVE BIDDING IS PLANNED. Energy (KA-Care), the Government’s alternative energy arm, announced its plans to launch a major renewable energy auction.



SAUDI ARABIA WANTS TO IMPOSE THE “GOLDEN-RULE”.  To many, the “Golden Rule” means: “He who has the gold, makes the rules” – While we are happy to see Saudi Arabia reveal such an ambitious plan for the procurement of renewable, green-energy (The three (3) contracts awards for solar alone, could account for more than $10 billion (£6.5 billion), the 20 year plan leaves little doubt Saudi Arabia wants full control of the operations; however, the devil is in the details.

PROBLEM IS: MERCHANT ENERGY PURVEYORS DO NOT WANT ANYONE TELLING THEM “HOW TO DO IT” After all, it is their venture capital, and what most view as “proprietary technology”; Then, there is the matter of follow-on procurement of “spare Parts and logistical support”.  In most such transactions, the Buyer (Saudi Arabia) has no control, unless there has been a substantial infusion of funds by the buyer in the design and technology development.  That can be a risky business for Saudi Arabia, because many contractors may bleed research and development (R&D) money, and never deliver as planned.  Remember the “Solyndra” Chip maker bankruptcy in the USA – c.2010 ? The USA lost its guaranteed loan of about $580m without legal recourse.  Attaching contractual obligations on RFPs to Energy Merchants such as:  “you must use indigenous workforce”, or “You must manufacture part of the equipment from Saudi sources”, will in many cases result in “NO-BID”, and No Joy! Saudi Procurement agencies have been through all this in military procurements, and Nuclear Power Plant (NPP) Development.  This is not very different, and will need to be negotiated as such.  Solar industry/power purveyors will want to know: Do you want to buy energy at competitive prices? , or do you wish to pay for solar technology R &D, and own all rights to the engineering data? A lot of mutual trust is involved in such negotiations. “Time and Materials” contract language should be avoided like the plague.  They constitute a blank check.

NEXT DOOR TO SAUDI ARABIA, IN THE UAE, THERE IS SHAM-1, 100 Mw HYBRID CSP PLANT.  See  for a good example of new CSP Plant development ideally suited to desert environment (with all its advantages and disadvantages). For comparative purposes, SHAM -1 required a 1.5 sq. Km site. Go figure the magnitude of this ambitious plan! …It plans 41,000 MW of solar energy -the equivalent of 410 SHAM 1’s. Please, do not misunderstand me, I would love to see these plans succeed, and wish Saudi Arabia the best!

Edward Oliver Gonzalez (gonzedo)

P.S.  I was employed for many years at a USA Air Force Logistic Center which procured $4B/year using competitive procurement (my area of competence).

February 23, 2013 at 9:11 PM Comments (13)


28 Jan 2013

A NEW DESIGN 100Mw CSP IS NEARLY OPERATIONAL.  Located on one of the 7 United Arab Emirates, SW of Abu-Dhabi (near the Persian Gulf) is what may be the world’s first hybrid (Nat- gas and CSP).  It is called “SHAMS 1” (SUN 1) – Phase 1, aims to power 20,000 homes by combining CSP with a small amount of Nat-gas. The plant covers nearly a square mile of the desert landscape, which itself imposes technical challenges now largely overcome.  The project is a consortium of Masdar (An Abu Dhabi Energy Co.), Total S.A. (French multi-national Corp.), and Abengoa Solar (Spain).

SHAMS -1 USES PARABOLIC MIRRORS FOCUSED ON OIL-FILLED PIPES.  The pipes are filled with special oil (heat transfer fluid) that heats the fluid to to more than 300 degrees Celsius. That oil then, transfers its heat energy to water which is turned into steam.  PROBLEM IS: Steam-driven generator turbines require super-heated steam at 500 degrees…

THAT IS WHERE NAT-Gas COMES- IN AS A “BOOSTER-HEATER”. In an innovative variant of CSP technology, the plant then uses Nat gas to “super-heat” the steam to upwards of 500 degrees to drive a generator turbine (as in all thermo-electrical generators). The use of Nat-gas as a booster-heater , actually provides many other benefits such a heat stabilizing and enables optimal high temperature required for the steam turbine.  Another benefit is that it also allows the plant to operate at night, while maintaining a high degree of generating stability.

SHAMS-1 ALSO REQUIRED TECNOLOGY DEVELOPMENT TO OPERATE IN WINDY DESERT AREAS.  Masdar says constant wind, dust and sand have forced innovations in wind blocking strategies, and the design/development of truck mounted cleaning equipment for parabolic mirrors.  Another desert adaptation is a “dry-cooling system”.  Rather than using copious amounts of water to cool the steam condensate water (after it leaves the turbines) huge fans have been installed to do the cooling.  Pretty ingenious, hope it it suffices!

COMPETITIVE PRESSURES – SOLAR CELLS ARE CHEAP RIGHT NOW. The recent glut/plummeting cost of solar cells may challenge the commercial viability of CSP; Even so, this innovative Hybrid-CSP technology overcomes many seemingly insurmountable deficiencies of Solar-cell technology. SHAMS-1 is scheduled to go online in coming months, and expects make a significant contribution to Abu Dhabi’s commitment to produce 7% of its renewable sources energy.  We wish them success, and hope Abu-Dhabi sees fit to increase its paltry renewable energy source aspiration.  They can do much better than that!

Thanks to Triple Pundit / 25 Jan 2013.



ABU-DHABI SHOULD BE COMMENDED for its interest in renewable energy sources, and sea water desalination projects, even in the midst of their abundant oil resources.  They see what many other countries fail to see: It is the responsibility of every government to reduce its carbon dioxide/other emissions into the world’s atmosphere. We are all together in “Spaceship Earth”.  They also recognized the need to join expertise from different countries/sources more CSP-knowledgeable than they, and created this consortium, to provide avenues of international technical interchange which we believe will prove beneficial to many countries; specially, those located in arid, sandy countries.  One might be amazed at the large proportion of the earth’s land mass that comprises; and unfortunately, at the rapid growth of global desertification.

SHAMS-1 PROTOTYPE IS REPUTED TO HAVE BEEN BUILT AT A COST OF $600 M; But, that is the cost of a “first of its kind CSP.  “Phase 1”, implies that once it is tweaked, Phase 2 and subsequent like units could be built; hopefully, at a lower cost.  That leads us to a cost comparison versus a Nuclear Power Plant (NPP).  Normally, NPPs require 10 years to build and cost about $10,000 M, so we need to consider the “cost of capital” for 10 years. Assuming that, an NPP will produce 1,200MW-the power equivalent of 12 SHAM-1s, but at a cost of $7,200 M spent incrementally to reduce cost of capital.  Folks, the math makes sense!  Plus CSPs will not produce any transuranic nuclear toxic materials, or pose a meltdown threat.

THERE ARE SEVERAL PROMINENT VARIANTS OF CSP COMPETING FOR A “PLACE IN THE SUN”- GOOD! – We all stand to benefit.  It is not within the scope of this article to even attempt to provide details about the most promising such ventures.  We will from time to time provide articles about other promising CSP Projects, as well as other renewable energy developments- fortunately, there are many under development.

THE “HOLY- GRAIL” of renewable energy at present, is to produce, and place on grid electrical energy at prices competitive with, or lower than the market rates (about 10 cents per Kwh.).  Hopefully, the miracle of competition will come to the consumers help.

Edward Oliver Gonzalez (gonzedo)


NEWS UPDATE – 17 Mar 2013  Abu Dhabi officially opened on 17 Mar 2013 the world’s largest Concentrated Solar Power (CSP) plant covering 2.5 square kilometers in Madinat Zayed (Western Region), with a cost of $600 million to build, and will provide electricity to 20,000 homes.  Shams 1 was designed and developed by “Shams Power Company”, a joint venture among  Masdar (60 %), while France’s ‘Total” and Spain’s “ Abengoa Solar” own 20 % each.  Santiago Seage, CEO of “Abengoa Solar” said: Shams 1 is the largest CSP plant in all terms”.  The United Arab Emirates (UAE’s) leaders were on site for the ceremonial opening, led by President Sheikh Khalifa bin Zayad Al-Nahayan, and his vice president, Prime Minister and ruler of Dubai, Sheikh Mohammed bin Rashid Al-Maktoum.



Looks like MASDAR delivered “on budget and on time”.  Our congratulations, and may this Phase 1 be the first of many others in the region.

Edward Oliver Gonzalez (gonzedo)

January 28, 2013 at 8:29 PM Comments (0)


08 Jan 2013

China will host its 3rd Annual “China Concentrating Solar Power Summit” on April 10th-12th in Beijing, China. This summit is aimed at accelerating the commercialization of China’s, and the world’s CSP industry. Last 12 Sep 2012, the Chinese National Energy Administration (NEA) released the Five-year Plan for CSP electrical generation development.  According to this plan, China’s solar energy installation capacity will exceed 21,000 Mw, while the generating capacity will hit 25 billion Kwh by the end of 2015. (Sounds highly optimistic).

OVER 200 REPRESENTATIVES PLAN TO ATTEND, governmental and industry leaders, solar companies, energy companies, power generation companies, technology, equipment suppliers, industry solution providers, and research institutes;  In addition to various presentations, the summit will hold pre/post-conference workshop and site tours, intended to foster more cooperation opportunities, and technology interchange.


1. Future CSP Policy Trends

2. CSP Project Updates

3. Pre-conference Workshop regarding India’s CSP Market

4. Cutting-edge CSP Technologies and Achievements

5. State-of-art CPS Management Expertise

6.  CSP Project Cost Reduction

NEW NATIONAL MATERIALS GUIDE for Energy Materials and the 12th Five-year Plan for National Energy Science and Technology, expected to drive the growth of China’s CSP industry.

CURRENTLY OPERATING CSP PLANTS IN CHINA: Huaneng Group’s 1.5 MW Hybrid Plant is (in operation); Zhejiang SUPCON’s 50Mw Tower Project (Phase 1) has been accomplished; Lanzhou Dacheng’s 200Kw Parabolic Trough and Fresnel Plant (in operation); Guodian Group’s 180KW Parabolic Trough Plant (in trial operation).


1. Dinghuan Shi, President, “China Renewable Energy Society”

2. Luis Crespo, President, “European Solar Thermal Electricity Association” (ESTELA)

3. Zhifeng Wang, Chairman, “National Alliance for Solar Thermal Energy”

4. Xiang Huang, Chief Engineer, “China Huadian Engineering Co., Ltd”

5. Shisen Xu, President, “CHNG Clean Energy Technology Research Inst.”

6.  Zhejiang Supcon “Solar Technology Co., Ltd”

7.  North China Power Engineering CO., LTD

For more Info visit: .

Thanks to WSJ, 08 Jan 2013


WE ARE HAPPY TO SEE PROMOTION OF CSP anywhere; specially in China, with its burgeoning industrial production and consequential huge air pollution problems, believed to be principally produced by thermo-electric coal-burner plants.  We have mixed emotions about china’s 5-year plans which have in the past, set very high goals, only to miss by a mile.  We will see.

MOST INDUSTRIAL SECTOR “SUMMITS” ARE NOT WHAT THEY SEEM.  Our experience shows most such conferees to be purveyors of parts/components looking for a market, or for a niche to fill. Even so, they do provide the opportunity for technical interchange.  This is specially a good opportunity to hear the opinions/comments of Mr. Luis Crespo (ESTELA), and to compare notes regarding European CSP technology, which by all accounts is way ahead of China at this moment.  China has a lot to learn, and they are normally quick to do so.

CSP WITH ENERGY STORAGE WAS NOT MENTIONED; one of the principal advantages of CSP, because it allows power generation 3 to 5 hours past sunset.  The technology is being developed here in the USA, in collaboration with several Spanish, and other venture capital industrialists.  There are several distinct variants of CSP: “Power Tower”, Sun following “Trough”, and with/without energy storage facilities, and variants.  Most of these plants require large expanses of land, and an adequate grid to transfer the electricity from the “wide-open spaces” to where it is needed; (the same is true of Wind-turbine generators). The efficiency of CSP plants hinges upon what are now closely guarded industrial secrets, such as energy fluid composition, and heat-transfer technology.  It is after all a government-incentivized venture capital industry. At least in places other than China; so, it is difficult to estimate how much much technology interchange can take place while that industry matures.  We believe CSP has the potential to outshine most Photo-voltaic “Solar-Cell” technology in the near future – at least for Plants.  In our view, CSP will be an important part of the renewable (green energy) “energy-mix” in most parts of the world, and are happy to see China embrace it.

Edward Oliver Gonzalez (gonzedo)


January 8, 2013 at 8:09 PM Comment (1)


08 Mar 2012.

THREE OF THE WORLD’S  LEADING CSP COMPANIES HAVE FORMED AN ALLIANCE TO PROMOTE THEIR TECHNOLOGY.  The world-class companies are: “Abengoa”,  “BrightSource”, and “Torresol”, and the new alliance is called: “Concentrated Solar Power Alliance(CSPA)”. The main purpose of the alliance is to promote public acceptance of their technology by informing USA Energy Regulators, Utilities, and Gid operators regarding the many benefits of CSP; specially, when coupled with thermal energy storage. It uses mirrors to concentrate sun rays on a trough or on a “power tower” to heat fluids which in turn, create steam to drive a conventional steam turbine(s). The first commercial CSP plants were built in California in the mid-1980’s, and are operating today with a higher output than when they were new.

EXEC DIRECTOR TEX WILKINS of CSPA (the new alliance) said: “We believe CSP, with its ability to generate electricity when it is needed, is critical in meeting the energy challenges facing the USA and the world…CSP technology is the only renewable resource that is capable of harnessing the world’s most abundant fuel source – the sun, to produce reliable, cost-effective, and useful electricity;” Hence the Alliance’s mission is to promote increased acceptance, adoption, and installation of CSP utilities in the United States. The Alliance will also promote policies to encourage, and advance CSP technology efficiency, and greater deployment.

USA CSP EXISTS ALREADY. It currently generates over 500 MW, and there are an additional 1,300MW of electrical generation in CSP plants UNDER CONSTRUCTION; with many millions of MW more under development.

WORLD-WIDE, CSP ELECTRICAL GENERATION now totals more than one million MW of CSP(one gigawatt) in operation. The International Energy Agency estimates that CSP projects now in development, or under construction in more than a dozen countries, including China, India, Morocco, Spain and the United States) will soon total 15 gigawatts (that is equivalent to 15 Nuclear Power Plants (NPPs).

ADVANTAGES OF CSP FOR UTILITIES to users, and grid operators are:

1. Its inherent ability to: Produce electricity at peak demand when it is needed most during the late afternoon or early summer evening hours or winter mornings
2. Its ability to include cost-effective / efficient, thermal energy storage, to significantly extend its hours of operation into the night(after the sun goes down) to provide a flexible and usable clean energy source, as needed.  There are different designs for steam-producing CSP technology that incorporate thermal storage.

3. Ease of  incorporation (co-location) with thermoelectric gas, oil or coal fuel power plants, to create “hybrids” Power Plants for cleaner base-load power.

CSP PLANTS GREATLY BENEFIT AREAS WHERE THEY ARE INSTALLED:  Experience has shown CSP Plants generate many economic benefits in the regions where they are built, as well as adding energy to the grid. A recent study of the Spanish CSP industry by “Deloitte” found that, compared to other power generation sources, CSP plants are a strong creator of local jobs during construction, operation, and maintenance;  Additionally, the supply chain feeding the CSP plants creates nationwide jobs as well, because of the plants’ high percentage of domestically-sourced components. Another study commissioned by the “U.S. National Renewable Energy Lab’ for the Department of Energy(DOE) found that a 100 megawatt.  CSP plant creates more than $600 million in impact to gross state output; That,  is ten times that of a combined cycle fossil plant, due to local usefulness and job creation.  CSP technology usually includes power towers, parabolic troughs and linear reflectors, all based on proven engineering principles.

OTHER CSP ALLIANCES EXIST; Hence,  the CSPA builds on the momentum created by World Solar Thermal Electricity Association (STELAWorld), a consortium of industry associations representing the CSP utility industry in Europe, Australia and South Africa. The new CSP Alliance will work closely with, but independent of,  STELAWorld, to further advance the CSP industry in the USA, and abroad.

CSPA  ELECTRICAL GENERATION GOALS ARE: 10% OF THE WORLD’S ENERGY MIX .  Such expectations imply new technologies, and the creation of new, well remunerated jobs;  Such are the projections of the International Energy Agency, in a recent study that shows that, given sufficient investment, and the right government policies, more than 10% of the world’s electricity demand could be satisfied by CSPs by 2050.

Abengoa is an international company currently building 1,010 MW of solar plants all over the world and, with an additional 393 MW already operating. It is the only company in the world building and operating both, trough and power tower CSP plants.

BrightSource Energy, Inc. has approximately 2,400 MW and 90,000 acres under contracts with “Southern California Edison and Pacific Gas & Electric Company”- California’s two largest utilities; In addition, the company manages an approximately 90,000 acre development site portfolio in California and the USA-SW that has the potential to accommodate approximately 10 GW of installed capacity.

The Torresol Energy company (Torresol means “solartower” in Spanish) develops, constructs, operates and maintains large CSPs in southern Europe, North Africa, the Middle East, and the southwest of the United States. Torresol’s “Gemasolar” plant in Seville, Spain is the first commercial scale Utility in the world to use both: central tower receiver and molten salt heat storage technology.  Such technology is considered the world’s most advanced, and capable of generating energy well after sundown, or during cloudy periods.

IN THE POST-FUKUSHIMA ERA, the world seems united in its rejection of Uranium-fueled Pressure Boiling Water Reactors.  Companies that only a year ago were “licking their lips”, at the thought of the upcoming “Nuclear Renaissance”, such as EDF (France), Rosatom (Russia) , Mitsubishi, Hitachi, Toshiba (Japan), and others, are now “licking their financial wounds” instead, and looking to huge loses in their Nuclear Uranium Cartel segment of Industry.  Some of them are just beginning to accept the fact that to survive, they need to diversify into renewable, clean energy generation.

SOME PROPHETS OF DOOM SAY 2012 WILL BE THE YEAR THE WORLD CHANGES DRAMATICALLY.  I HAVE NEWS FOR THEM!  Fukushima changed our world in many transcendental, dramatic, and irreversible ways;  As a result, many nasty surprises await Fukushima, Japan, and the world for many years to come!  The Fukushima triple melt-thru tragedy has many years yet to play itself out (well, almost).  NO, LADIES AND GENTLEMEN, 2011 WAS  “THE YEAR THAT CHANGED OUR WORLD FOREVER”-  Who knows, perhaps for the best, for by opening our eyes to the dangers that the Transuranic “nuclear waste” Uranium-fueled reactors create, it will at last turn our eyes to “alternative clean energy” as a necessity.

THERE ARE MANY ALTERNATIVE SOURCES of energy generation, and CSP, is just one of the promising technologies.  In the coming months we shall endeavor to explore, and report on such technologies – there are many.  It seems clear that each country needs to create an “Energy-mix” most suited to their needs, and utilizing all of their energetic resources.  There is both safety, and pride in energy independence.  It will also prevent wars.  Yes!, I know it sounds utopian, but the fact is we were “taken” for a 60 year ride by the Uranium Nuclear Cartel.  We may need the next 100 years to seek and find clean renewable, sources of energy.  Science, technology, and engineering can help,  government can facilitate development, and we all need to find good ways to conserve energy.

Edward Oliver Gonzalez (gonzedo)


March 8, 2012 at 10:44 PM Comments (6)