Healthy Ecological Architecture

Research in to the rethinking the industrial city centers of the 21st century from a holistic environmental, ecologicial, toxicological, economic, sociological, political & spiritual perspective. I personally am approaching the problem from an ecological as well as a toxicological - public health and occupational health perspective.

Monday, January 31, 2005

EE Times -Plastic chips tap IR, solar power Potential 30% (?) effeciency

EE Times -Plastic chips tap IR, solar power: "Nanoparticles enhance a material's quantum-mechanical properties because their electrons are confined to a volume smaller than the electron's wavelength.
'In our materials the wavelength of an electron is about 20 nanometers,' said Sargent. 'But our nanoparticles-the quantum dots that we used-ranged from 2 to 6 nm in diameter. So we were very very strongly squeezing the electrons.
'The size of the nanoparticles determines the wavelength to which your device will be sensitive,' he continued. 'By making [semiconducting] particles that are only a few nanometers in size, we squeeze electrons down so far that their wavelength properties can no longer be ignored [in our calculations]-it becomes a quantum-mechanical phenomenon, a so-called quantum dot.'
Sargent chose the 2- to 6-nm range of nanoparticle sizes in order to cover a nearly continuous band of wavelengths starting in the infrared and extending into the visible. However, he said, for the current demonstration he was just trying to achieve the 'world's first,' not the world's most efficient. Next, his group has to prove that its design can actually attain the kind of efficiency that would make it competitive with current silicon cells. The current 1-nm surface coating is, Sargent said, 'too thick-we need to make it easier for the electrons to escape from the nanoparticles by making the coating thinner.'
Sargent estimated the level of improvement he would consider high enough to make a difference in practical applications. Today, he said, plastic photovoltaic cells from other sources operate at about 6 percent efficiency. Sargent claimed that his design could have the potential to operate at upward of 30 percent efficiency, enabling it to compete with silicon cells.
'If we can improve efficiency by one "

EE Times -Sandia Labs Uses Solar Stirling Engines to Generate Grid-ready A/C at 13,000 Volts in 2006

EE Times -Sun catchers tuned to crank out the juice: "PORTLAND, Ore. Electrictical Engineers' are turning a 19th-century invention into a 21st-century alternative-energy source.

The last leg of a two-decades-long effort by the U.S. Energy Deaprtment to unleash superefficient solar power by 2011 is homing in on the so-called Stirling engine, which is being used to drive solar generators. DOE test site measurements suggest the setup could bring the cost of solar power on a par with traditional fossil fuels and hydroelectric sources assuming the project engineers can balance the separate power feeds from farms of thousands of simultaneously online 25-kilowatt Stirling solar dishes.

The heart of the design, the engine itself, was invented by the Scottish minister Robert Stirling in 1816.

"The Stirling engine makes solar power so much more efficiently than photovoltaic solar cells can," said Robert Liden, chief administrative officer at Stirling Energy Systems Inc. (Phoenix). "That's because the Stirling solar dish directly converts solar heat into mechanical energy, which turns an ac electrical generator." The bottom line, he said, "is that large farms of Stirling solar dishes — say, 20,000-dish farms — could deliver cheap solar electricity that rivals what we pay for electricity today."

By the end of 2005, they plan to have six dishes connected into a miniature power station capable of supplying enough 480-volt three-phase electricity to power about 40 homes (150 kW). The next step, in 2006, is a 40-dish power plant that will transform the combined output of the farm from 480 to 13,000 V, for distribution of industrial-level power to an existing substation. From 2007 to 2010, the program proposes mass-producing dishes to create a 20,000-dish farm supplying 230,000 V of long-haul power from its own substation directly connected to the grid

Power today costs from about 3 cents to 12 cents per kilowatt-hour, depending upon the customer's location and the time of day. The average is 6.6 cents/kW-hr for the industrial sector in 2004, according to DOE. In contrast, the Stirling solar-powered substations operate only during peak hours (daytime) but at potentially the same or less than the peak rates paid today — or "about 6.5 cents per kilowatt-hour during peak periods," said Liden of Stirling Energy Systems.

The DOE compared the Stirling solar dish, parabolic troughs, power towers and concentrated photovoltaics. The study, conducted at Sandia National Laboratories' Solar Thermal Test Facility, concluded that Stirling dishes outperformed all other sources of solar power.

Today Stirling-powered solar dishes at the Sandia test facility operate at 30 percent efficiency while delivering grid-ready alternating current. In contrast, 30-percent-efficient solar cells are direct current and drop to 16 percent efficiency by the time they generate grid-ready ac. And that's on a hot day. Efficiency can drop as low as 10 percent on a cool day.

"Tests have already shown that the Stirling engine can be made into a very efficient power generator," said Chuck Andraka, project leader at Sandia's Solar Technology Department. "Now what we need to show is that many small Stirling engines can be coordinated in farms that together rival traditional power sources."

Time for a change

Historically, the Stirling engine could never compete with the bigger bang per cubic inch of a gas-guzzling internal-combustion engine. However, dependence on foreign oil, increasing pollution and America's seemingly unquenchable thirst for more energy hint that it might be time for a turnaround.
"

Friday, January 28, 2005

Integrated Pest Management

Integrated Pest Management: "What is Integrated Pest Management (IPM)?

Integrated pest management, or IPM, is an approach to pest control that utilizes regular monitoring to determine if and when treatments are needed and employs physical, mechanical, cultural, biological, and educational tactics to keep pest numbers low enough to prevent unacceptable damage or annoyance. Order the BIRC Publication What is IPM? for a more detailed discussion. See the Publications List.

In IPM programs, treatments are not made according to a predetermined schedule. Instead, they are made only when and where monitoring has indicated that the pest will cause unacceptable economic, medical, or aesthetic damage. Treatments are chosen and timed to be most effective and least-hazardous to non-target organisms and the general environment. "

Sapporo and Partners Generate Hydrogen from Bread Waste

Sapporo and Partners Generate Hydrogen from Bread Waste: "The experiment successfully decomposed and dissolved about 80 percent of bread waste within only a quarter of the conventional processing time. Furthermore, in terms of calorific value calculated on the basis of the amount of gas collected, the newly developed technology produced over 10 percent more biogas compared to the existing method of producing methane alone through fermentation. "

Wednesday, January 26, 2005

**** NOT-OD-05-021: NIH Director's Pioneer Award Program ***

NOT-OD-05-021: NIH Director's Pioneer Award Program: "NIH Director's Pioneer Award Program
Notice Number: NOT-OD-05-021
Key Dates
Release Date: January 3, 2005
Issued by
National Institutes of Health, Office of the Director (NIH/OD), (http://www.nih.gov/icd/od/)
A unique aspect of the NIH Roadmap for Medical Research is the NIH Director's Pioneer Award (NDPA) Program. First announced in Fiscal Year 2004, nine awards were made in September 2004. The NDPA is designed to support individual scientists of exceptional creativity who propose pioneering approaches to major contemporary challenges in biomedical research. The term pioneering is used to describe highly innovative approaches that have the potential to produce an unusually high impact, and the term award is used to mean a grant for conducting research, rather than a reward for past achievements. Biomedical research is defined broadly in this announcement as encompassing scientific investigations in the biological, behavioral, clinical, social, physical, chemical, computational, engineering, and mathematical sciences. The NDPA is meant to support individuals who intend to pursue new research directions that are not already supported by other mechanisms. The program is not intended simply to expand the funding of persons already well supported for a particular project.
This notice announces a second NPDA competition for approximately 5-10 new awards of up to $500,000 direct costs per year for five years that will be made in Fiscal Year 2005. Awardees are expected to commit the major portion (at least 51%) of their research effort to activities supported by the NDPA.
Background

The NIH's success depends on the creativity of investigator-initiated research, much of it supported by the R01 grant mechanism. Many scientists who participated in the development of the NIH Roadmap, however, expressed the view that additional means might be necessary to identify scientists with ideas that have the potential for high impact, but may be too novel, span too diverse a range of disciplines, or be at a stage too early to fare well in the traditional peer review process. A group of distinguished outside consultants proposed that NIH implement a completely new program to encourage highly innovative biomedical research with the great potential to lead to significant advances in human health. This program would complement NIH's traditional, investigator-initiated grant programs. Unlike most NIH grant mechanisms, the NDPA is designed not to support projects but rather to support highly creative and pioneering people."

Florida Bioreactor Demonstration Project

Florida Bioreactor Demonstration Project: "Explore this site for information about the Bioreactor Landfill Demonstration Project. Originally begun in 1998, the Bioreactor Landfill Demonstration Project is a five-year project managed by the Florida Center for Solid and Hazardous Waste Management, a State University System Type I center. "

Biology in Motion Flash Educational Animations

Biology in Motion
Welcome to BiologyInMotion! Here you will find animations, interactive activities, and cartoons designed to make learning biology a richer, more engaging experience. After years of teaching biology in various colleges and universities, I began developing my own graphics and multimedia, mainly for in-class presentation. The many positive responses I received led me to initiate this website, where you will find an ever-growing collection of resources. New additions will include interactive tutorials, quizzes, and other activities, in addition to updated versions of the many biology cartoons currently gathering dust in my portfolio.

Saturday, January 22, 2005

China's largest solar power generating project

China's largest solar power generating project 1 MegaWatt Annual output of 1 million kWh. : "China's largest solar power project starts operations in Shenzhen

BEIJING (AFX) - China's largest solar power generating project, with a total investment of 7.5 mln usd, started operations recently, the China Business Times reported.
The project, located in the southern city of Shenzhen, which borders Hong Kong, was jointly built by the UK's BP Group and the Shenzhen government, the report said.
Installed capacity of the project is one megawatt, and annual power output is expected to reach one mln kWh, the report said.
The project was designed by Beijing Corona Science & Technology Co Ltd -- a firm affiliated with the Chinese Academy of Sciences -- and will connect with local power grid companies, the report said.
China is seeking to develop renewable energy options such as hydroelectric, wind, solar and geo-thermal power stations to combat chronic power shortages and pollution."

Friday, January 21, 2005

What Real Corporate Training Does for an Industry.

Patrick K. Hickey, CEO - Tech Support & Solutions, Inc. Herndon, Virginia: "

Work Experience
1995 to Present
CEO, CFO, and Customer Support Specialist - Provide third party maintenance services for pre-press computerized and desktop systems, including output Laser and CRT film recorders and plain paper imagesetters/printers. Senior Technician for Lino and AGFA Imagesetters.
Information International Inc. Culver City, California 1985 to 1994
Customer Support Engineer III (1991 - 1994) - Transferred to the Mid Atlantic Region in 1991. Responsible for a customer base as the first point of contact for, service and support. This included hardware and software installation, maintenance, troubleshooting, upgrading and training on electronic pre-press composition equipment for commercial, retail and newspaper environments. Systems include typesetters, scanners, printers, workstations on PC, MAC and SUN platforms, networks, peripherals, and various operating systems.
Customer Support Engineer II (1989 -1991) - Responsible for the Los Angeles area customer base. My primary customer had a Retail Ad system providing all marketing and ad production. Based on a SUN platform, text and graphics were entered by PCs and high resolutions scanners and outputted via proofers or imagesetters as camera ready art. It was my responsibility to keep the entire system up and running.
Customer Support Engineer I (1986 -1989) - Sites included Defense and Aerospace companies working with COM recording devices: 70 pica hard copy, 105mm, 35mm, 16mm cameras, with all supporting peripheral devices
Education
Bachelor of Science Electronic Engineer Technology : Devry Institute of Technology - Lombard, illinois: Feb. 1986

Corporate: Information International Inc., Complete Product Training 1987
QMS; Lasergraphics 1200 Maintenance 1987
XEROX Printer (XP-12/24) Maintenance 1988
SunOS Sys Admin, SPARC Maintenance 1990
Graphics Enterprise; Pagescan Laser Printers 1990
Linotype L300, 330, 530, 630s 1997
AGFA: Compugraphic/Pro Imagers, Acuset & Selectsets 1997
Various management seminars
"

***** MY COMMENTS ****

Good Going Pat somebody's got to keep the presses rolling!

You will notice that Patrick's Devry degree gets ONE line while the Corporate Training in Computers from Information International, Inc. (Triple-I) that he received gets EIGHT lines. I went through this training program too and it was Information International that taught me computers and electronics and systems analysis and maintenence and graphics, upon which I also have lauched myself into the digital publishing arena. In total I spend about 2000 hours in training over a 6 year period. Is there any other company that you have ever heard of that could take a graphic arts major and turn him into a computer scientist and still turn a profit? That's what Information International used to do, take bright graphic arts and printing majors from places like RIT and train them in computers used in the service of printing, practically giving them an Associates degree in computers. And Patrick is still living on the superieur technology of Triple-I's Laser Phototypesetter bought by Agfa. Keep up the good work, Patrick. But the world needs another Triple-I like company but in another industry, an industry rife for innovation, an industry that perhaps has not even been created or recognized as an industry yet. I think that Environmental Sanitation & Energy Technology's offer the best of both world's in terms of leveraging arbitrages created by societal views and advances

Thursday, January 20, 2005

PhysOrg: Key Molecule in Plant Photo-Protection Identified

PhysOrg: Key Molecule in Plant Photo-Protection Identified: "Said Fleming, This defense mechanism is so sensitive to changing light conditions, it will even respond to the passing of clouds overhead. It is one of Nature's supreme examples of nanoscale engineering."...

"The Berkeley researchers used femtosecond spectroscopic techniques to follow the movement of absorbed excitation energy in the thylakoid membranes of spinach leaves, which are large and proficient at quenching excess solar energy. They found that intense exposure to light triggers the formation of zeaxanthin molecules which are able to interact with the excited chlorophyll molecules. During this interaction, energy is dissipated via a charge exchange mechanism in which the zeaxanthin gives up an electron to the chlorophyll. The charge exchange brings the chlorophyll’s energy back down to its ground state and turns the zeaxanthin into a radical cation which, unlike an excited chlorophyll molecule, is a non-oxidizing agent. "

******* MY COMMENTS *****

This is the key molecule pathway in the Photosynthesis 2, the carotenoid zeaxanthin, pathway that allows plants to protect the plant's "power plant" from excess solar radiation by reactiving with Chlorophyll, protecting it.

Wednesday, January 19, 2005

Stirling Energy Systems Inc. - Solar Overview - Solar Parabolic Concentration and Sterling Engines

Stirling Energy Systems Inc. - Solar Overview - Solar Parabolic Concentration and Sterling Engines: "SOLAR OVERVIEW
Concentrating Solar Power is
'Fuel from the Sky'
In the past, the majority of solar generation was installed for remote-use application. For this application, photovoltaic ('PV') panels have been the best-suited technology. As utilities gain more involvement with solar generation however, solar thermal technologies, especially concentrating solar power ('CSP') is gaining more attention. CSP technologies use reflective materials such as mirrors to concentrate the sun's energy and convert it to electricity.
Right: A Depiction of a Dish Stirling System On Sun
CSP technologies are much more cost-effective and practical then PV for centralized plants. According to the Department of Energy, at least 7,000 MW of centralized renewable power plants will be built by the year 2020, and possibly much more.
In December of 2001, a peer review Panel for the Department of Energy�s CSP program concluded that 'with proper funding the DOE CSP program can play an important role in catalyzing further CSP technology advances, which will further improve CSP economies and market penetration. Ultimately, CSP technologies could contribute significantly to the U.S. supply of electricity from domestic resources. In the short term, CSP could make a difference for the U.S. by adding diversity and security to our energy supplies, particularly in the high-grade areas of the Southwest.' To view the complete CSP peer review, go to www.energylan.sandia.gov/sunlab/feature.htm."

*** MY COMMENTS ***
This is a VERY interesting company that is using a very efficient and innovative solar reengineering of an engine idea first presented by Stirling in 1816. Once again a full assessment of ancient technology can lead to new breakthroughs. "To not know what happened before you were born is to remain forever a child" - someone besides me.

But from the looks of it a Stirling engine can work on ANY source of HEAT (i.e. landfill gas) due to it's inherently external heat source design it can even use dirty sources such as fryer grease and turkey guts. But for Landfill (methane) Gas - Is it still more efficient to burn methane in a turbine turning a generator or burn the methane in a different exothermic (heating) reaction to drive this engine? Let's test with a side by side set up each set up gets 1000 lbs of propane as a control then 1000 lbs of methane then finallly 1000 lbs of raw compressed landfill gas to see the changes to the system in performance and tuning the systems will be gauged on their capacity to drive generators measured in Mega watt hours produced and toxicity of final products included into the calculation. Or can we just skip that and figure out a way to use the waste heat of the gas turbine generator to run a Stirling Engine or perhaps a series of Stirling engines in the exhaust system. The potential of Stirling engines to run off of GeoThermal Heat could be very exciting.

Stirling Energy Systems Inc. - Biomass Overview

Stirling Energy Systems Inc. - Biomass Overview: "BIOGAS OVERVIEW

Biogas resources are organic crops and wastes, such as wood and paper residues, landfill gas, biogas from sewage wastes, and other agricultural wastes, converted to usable energy. Globally, the most common use of biogas is heating and cooking. However, there is a noticeable amount of biogas converted to electricity. One of the governing economic factors of biogas is the cost associated with shipping the fuels. These shipments can quickly move the cost per kWh to a noncompetitive level. Because of these costs, most of the biogas generation is in dispersed and customer-sited operations smaller than 100 MW.
In the U.S., there is approximately 10.5 gigawatts of biogas generating capacity. This capacity has remained constant for the past five years. The majority of this capacity is generation within the industries that produce their own fuel resources, such as the paper and lumber industries. These sectors have experience little growth in the recent past, and in turn, biogas has not seen any growth. Despite this relative stagnation, there is a shift occurring in the industry. Most new biogas capacity additions are using landfill gas and digester gas as fuel which frees them from an industry specific presence.
A further shift is expected to occur as technologies develop that allow smaller facilities to economically use available fuels. These operations could include farmers and other smaller industries in remote settings where this generation is most likely to be economically viable. One of the technologies expected to contribute to this shift is the Stirling engine, which is uniquely capable of handling diverse non-liquid biogas fuels because of its external combustion design."

Fischer-Tropsch synthesis Building Complex Hydrocarbons from simple ones

Fischer-Tropsch synthesis: " CO reacts with two moles of H2... Fischer-Tropsch synthesis

In the (exothermic) Fischer-Tropsch (FT) one mole of CO reacts with two moles of H2 to afford a hydrocarbon chain extension (-CH2-). The oxygen from the CO is released as product water:

CO + 2H2 → - CH2 - + H2O
ΔH = -165 kJ/mol

The reaction implies a H2/CO ratio of at least 2 for the synthesis of the hydrocarbons. When the ratio is lower it can be adjusted in the reactor with the catalytic Water-Gas Shift (WGS) reaction:

CO + H2O → CO2 + H2
ΔH = -42 kJ/mol

When catalysts are used with WGS activity the water produced in the reaction can react with CO to form additional H2. In this case a minimal H2/CO ratio of 0.7 is required and the oxygen from the CO is released as CO2:

2CO + H2 → - CH2 - + CO2
ΔH = -204 kJ/mol

The reaction affords mainly aliphatic straight-chain hydrocarbons (CxHy). Besides these straight-chain hydrocarbons also branched hydrocarbons, unsaturated hydrocarbons (olefins), and primary alcohols are formed in minor quantities. The kind of liquid obtained is determined by the process parameters (temperature, pressure), the kind of reactor, and the catalyst used. Typical operation conditions for the FT synthesis are a temperature range of 200-350°C and pressures of 15-40 bar, depending on the process.

Products
The subsequent FT chain-growth process is comparable with a polymerisation process resulting in a distribution of chain-lengths of the products. In general the product range includes the light hydrocarbons methane (CH4) and ethane (C2), LPG (C3-C4), gasoline (C5-C12), diesel (C13-C22), and light and waxes (C23-C32 and >C33, respectively). The distribution of the products depends on the catalyst and the process operation conditions (temperature, pressure, and residence time). The (theoretical!) chain length distribution can be described by means of the Anderson-Schulz-Flory (ASF) equation, which is represented as:

log Wn

--------------------------------------------------------------------------------

n
n • log α + log (1 - α)2

--------------------------------------------------------------------------------

α


where Wn is the mass fraction of a product consisting of n carbon atoms and the chain growth probability factor (α). A plot of the relative mass fractions of products formed as function of the ASF chain growth factor α is given in Figure below. As can be seen from this plot, higher values of α give higher molecular weight products.

With respect to the production of green diesel, process conditions can be selected to produce maximum amounts of products in the diesel-range. However, an even higher yield of diesel can be achieved when the FT synthesis is optimised towards production of wax (i.e. high α). Subsequently, the wax can be selectively cracked to yield predominantly diesel.

Catalysts
Several types of catalysts can be used for the Fischer-Tropsch synthesis - the most important are based on iron (Fe) or cobalt (Co). Cobalt catalysts have the advantage of a higher conversion rate and a longer life (over five years). The Co catalysts are in general more reactive for hydrogenation and produce therefore less unsaturated hydrocarbons and alcohols compared to iron catalysts. Iron catalysts have a higher tolerance for sulphur, are cheaper, and produce more olefin products and alcohols. The lifetime of the Fe catalysts is short and in commercial installations generally limited to eight weeks.

Reactors
ECN Biomass has two operational reactors available for Fischer-Tropsch synthesis. The “FITOR” bench-scale slurry bubble column reactor and the “POTTOR” micro-flow fixed-bed reactor. Both reactors were used in successful integrated BG-FT test runs.
"

Tuesday, January 18, 2005

Sweden NICUs phase out PVC/DEHP feeding tubes

Sweden NICUs phase out PVC/DEHP feeding tubes: "SWEDEN NICUS PHASE OUT PVC/DEHP FEEDING TUBES
November 2004, Stockholm. Almost all neonatal intensive care units in Sweden stopped using feeding tubes containing a reproductive toxicant, shows the survey performed by the Swedish Society of Nature Conservation and HCWH.
Feeding tubes made of PVC may leak the hormone disrupting phthalate DEHP to the patients� body. Medical doctors at the NICU of S�dersjukhuset found out about the hazard posed by DEHP (bis (2-ethylhexyl) phthalate) four years ago. (1) Since then, the majority of Swedish hospitals have stopped using PVC-tubing for premature babies. All 32 clinics have abandoned PVC tubing for long-term use. Only four remaining hospitals still use PVC/DEHP tubing for short-term use (20 minutes) for cost or technical reasons. (2)
�No one, especially premature babies, should be fed with phthalates,� said Mikael Karlsson, chairman of the SSNC. �The Swedish government should therefore immediately ban the use of PVC with phthalates in feeding tubes. Other hospitals have proven that there already exist viable substitutes.�
Other common medical devices with DEHP include IV-tubing and bags, catheters and devices for dialysis. �The Medical Products Agency of Sweden should investigate how much of phthalates are still used within Swedish hospitals, and support the government with a phase out program proposal. It is reasonable to demand that all hospitals should be free of phthalates within a four years period,� said Magnus Hedenmark of HCWH Sweden."

*** My Comments: This is only the first in what will be a new wave of chemicals that American's had tacitly been told are safe due to the grandfathering in of a veritible pandora's box of chemicals exempted by the 1970 Toxic Substances Control Act including nearly 80% of the industrial chemicals and solvents that we currently use. Let me make this PERFECTLY CLEAR to EVERYONE what this means:

NEARLY 80% of the industrial chemicals and solvents on which American Industry is dependent have NEVER BEEN TESTED FOR ENVIRONMENTAL TOXICITY AND POTENTIAL PUBLIC HEALTH HAZARDS!!! Amazing that we have not suffered more LOVE CANALS (or have we??? and we just don't know it yet???) Rife for a novel about the petro-chemical industry conspiracy (theory or reality?)

Documents Reveal US Government Campaign to Undermine European Union Chemicals Policy

Documents Reveal US Government Campaign to Undermine European Union Chemicals Policy: "DOCUMENTS REVEAL US GOVERNMENT CAMPAIGN TO UNDERMINE EUROPEAN UNION CHEMICALS POLICY
70 public interest groups call on Bush Administration to stop lobbying on behalf of chemical industry
September 9, 2003. Washington, DC-- A new report released today documents an ambitious, wide-ranging campaign by the US government to interfere with European Union efforts to reform chemical policy. The report provides new details about a story that broke today in the Wall Street Journal, entitled 'U.S. Opposes EU Effort to Test Chemicals for Health Hazards.'
The Journal story and the report released today by Environmental Health Fund are based on a series of internal government documents that lay out a multi-agency effort by the EPA, State Dept., Commerce Dept. and USTR to weaken EU chemical policy reforms on behalf of the chemical industry.
'This report paints a chilling picture of how the Bush Administration is intervening in the regulatory process of sovereign nations at the behest of the industry. As these documents show, the US government essentially operated as a branch office of the chemical industry,' said Joe DiGangi, PhD, author of the report. 'This merits a full Congressional investigation into the corporate influence over government actions at the relevant agencies and raises questions about the objectives of US foreign policy.'"

Farm Generates Electricity From Manure: 1500 Cows to power 330 homes

Farm Generates Electricity From Manure: 1500 Cows to power 330 homes

'This is the first time anywhere in the country that a farm-based generation has been offered to customers as a renewable choice,' Central Vermont Public Service Corp. spokesman Steve Costello said Friday."

Monday, January 17, 2005

Hydrography of Mammoth Lakes, California

Hydrography of Mammoth Lakes, California United States Department of Geological Survey. - Hazards Data Distribution System provides free online data with NED,SRTM,Landsat,maps,orthoimagery,elevation and more.

Mata Amritanandamayi - Tsunami Relief Effort

Kaumudi Online - Offline Page: "Amritanandamayi mutt carries out relief work in tsunami-hit areas
KOLLAM: Apart from announcing a long-term Rs 100-crore relief package, world-renowned spiritual leader Mata Amritanandamayi and her disciples have mounted perhaps the biggest immediate relief service by a single organisation for the tsunami-hit coastal areas in south India.
True to their motto of extending a helping hand to the neglected, the Aitanandamayi mutt, based at the tsunami-hit Alappad panchayat in the district, have been carrying out a massive relief operation.
''In this Panchayat alone, food has been served to nearly five lakh people so far, besides cloth and medical aid since December 26,'' said Brahmachari Dhyanait at the coordinating cell at the headquarters.
The 'hugging saint' known as 'Amma', herself took the lead soon after the tragedy by visiting the relief camps and coordinating the measures with thousands of inmates, who were preparing, carrying and serving food to the affected.
Similar service was extended through its branches, at places like Nagapattinam, Chennai, Kanyakumari, Nagercoil, Pondicherry, Andaman and Vypeen.
In Nagapattinam, volunteers provide food to 10,000 people every day from the centralised kitchen there while medical teams attended to the affected in the camps. A temporary shelter was made to accomodate 1,000 people there.
Mutt officials said the Tamil Nadu Government had already given permission to adopt two villages in the district. About 1,000 permanent houses would be built there besides another 1,000 in other places in Tamil Nadu, as part of the long-term package by the Amritanandamayi Mutt.
At Amma's own village of Alappad, where 131 people perished, the mutt had already erected six temporary shelters to accommodate 120 families and offered its five-acre-land for constructing more shelters by the government.

The mutt had also distributed Rs 1,000 each in cash to all the affected families.

Amma had announced a Rs 100-core-package to build homes for the displaced and to take care of orphaned children in the tsunami-hit places of Tamil Nadu, Andhra Pradesh and Kerala.

She had also expressed willingness to adopt the affected villages here and construct buildings for all those displaced in Kerala as per the directions and stipulations of the government.

REFILING: BizTrend: Japan aiming to use methane hydrate as alternative fuel

REFILING: BizTrend: Japan aiming to use methane hydrate as alternative fuel: "REFILING: BizTrend: Japan aiming to use methane hydrate as alternative fuel

(Kyodo) _ Japanese researchers are striving to commercialize the use of methane hydrate as an alternative fuel around 2016 amid reports that Japan has enough deposits to last hundreds of years.

Methane hydrate, a combination of methane and ice, is deposited in low-temperature and high-pressure areas and generally found far beneath the ocean floor and in permafrost regions.
Methane hydrate is being studied worldwide as a potential fuel for the future. Researchers are looking into developing safe and dependable technologies to produce natural gas from methane hydrates.

A large quantity of methane hydrate is believed to exist in the seas surrounding Japan.
The state-backed Research Consortium for Methane Hydrate Resources in Japan excavated about 30 sites during the January-May period and collected samples from the seabed.
Keiji Sugihara, an official of Japan Oil, Gas and Metals Natural Corp., said methane hydrate was detected at several places. The JOGMEC is the secretariat of the consortium.

The consortium, set up with the cooperation of the industrial and academic sectors, is analyzing the samples and testing ways to extract methane gas from methane hydrate deposits.

It plans to complete extraction tests from waters around Japan by 2011 with the aim of achieving commercialization of methane hydrate in 2016 or after.

Japan is leading the world in this area, according to JOGMEC, as it has developed, among other things, a container that can store samples under low-temperature and high-pressure conditions.

Private Japanese firms are also interested in methane hydrate because of its promising potential as a future energy source.

In the 1990s, Tokyo Gas Co.'s Frontier Research Insitute began studying ways to store and transport methane hydrate. Hokuriku Electric Power Co. is also looking into how to deal with the carbon dioxide that emerges when methane is released from the hydrate.

Methane hydrate will not be able to meet energy demands but will be potent alternative energy to oil, Sugihara said.

***** MY COMMENTS ****

The Japanese will leap frog us on this technology - just like they did on Hydrogen technology and I predict that in 10 years AMERICA WILL BE BUYING ANOTHER JAPANESE CLEAN TECHNOLOGY in the form of Patent LICENSES - JUST LIKE THE AMERICAN CAR MAKERS MISSED THE BOAT ON Hydrogen Cogeneration and now have to license the best technology from Toyota. I predict that in ten years "Forward thinking" American Oil Companies will be licensing this Methane Hydrate extraction and processing technology from Japanese Companies or their national consortium.

Tuesday, January 11, 2005

Chemical heat transfer systems Chemical Passive Solar Cooking (ie. Salts) Technology

Chemical heat transfer systems Chemical Passive Solar Cooking (ie. Salts) Technology

"Chemical Cookers

Solar cookers using chemicals have been popular since 1961. However, the need was felt much earlier as solar energy is very intermittent in nature. Many ideas have been proposed but none of them appear to be promising."

Other interesting stuff on this page... BIOGAS IS SOLAR GAS
IN regards to cost of Salt systems:
This one is most worthy of explorations and experimentation:
""

"the cost of salt to store sufficient heat to cook two square meals a day may also be prohibitive.

Under IDT 9, the author has included the biogas digester. Plant product of any type could be used here and as plants use and store solar energy. The inclusion of this type of cooker should not be out of place. The Government of India has supported this type of cooker and it has solved fuel problems in many a household.
"
******* MY COMMENTS ********
Given the nasty nature of these salts, corrosion of the piping is a huge operational problem. The Newer Stirling Solar Engine uses Liquid Hydrogen as the Heat transfer material creating a less corrosive fluid with a smooth vapor curve due to smaller molecules of the solution. This is the greatest solution, I have seen, to this heat transfer technology, in addition the Stirling Engine can use ANY external heat source, the best Solar technology for this of course is still Parabolic Mirror Concentrators. This Technology is highly suspect but some of the designs are interesting but most are incompletely solutions. The most interesting of these Chemical heat transfer systems could be this one:

"Hall et al. (1977) propose the use of simple salts like MgC12 or Cacl2 (Type IDT 8a). Ammoniated MgCl2 and CaCl2 are kept in separate but interconnected boxes. Solar heat was used to drive away the ammonia from MgCl2 which would then combine with CaCl2 in the other box. Now, the system could be considered as charged. When heat is required the box containing CaC12 is slightly heated, this releases the ammonia which would then move to the other box, combine with MgCl2, and release heat at 300 degrees Celsius. This apparently simple system has not been studied in detail."

Ammoniated MgCl2 in the Solar Heated Compartment and CaCl2 in the final heat use chamber. The reaction to release the latent heat is started by slightly heating the final heating implement but the question remains "how do you turn it off?". 300 degrees Celsius in HOT Baby that's like 570 degrees Farenheit good enough to heat an oven. Perhaps you could incorporate this type of technology into apartment buildings with good solar resources but ammonia leaks could be disasterous. Personally I perfer the danger of explosion to the chemical burning fumes that an Ammonia Leak could create in an apartment building. Probably the reason the system has stalled. -TMF

Cato on Agriculture: Main Body Text

Cato on Agriculture: Main Body Text: "If you ask me what would make a farm the first choice, I will say this: varied ground, a prime position and a hundred iugera; then, first the vineyard (or an abundance of wine), second an irrigated kitchen garden, third a willow wood, fourth an olive field, fifth a meadow, sixth a grain-field, seventh a plantation of trees, eighth an orchard, ninth an acorn wood. " - Cato.

This is the online version of the oldest surviving Latin book in the entire world dates from around 200 BC. Of all the books that were lost in the Great Library of Alexandria around 390 AD, this one was among the oldest and most widely published books in the Roman World, it's sheer popularity and practical value along with it's political neutrality saved this great record of agriculture in the Early Roman Empire. Until the invention of the internal combustion engine there was little change in agriculture for the following two millenia.
If you will excuse the references to slave labor * there is a wealth of knowledge about polyculture and even the scent of organic farming and certain teachings of early PermaCulture and tons of agricultural frugility. Notes on Construction & Maintanence of natural product Constructed facilities.

Monday, January 10, 2005

Manure earning pollution 'credits' in Kyoto Accord Carbon Market Current Carbon Credit is worth $10

L.A. Daily News - News: "manure earning pollution 'credits'"

SANTIAGO, Chile -- Pig manure in Chile will keep neon lights glowing on Tokyo's Ginza for years to come. It's a grand north-south trade-off to slow global warming: You reduce your "greenhouse gas" emissions so I don't have to cut back on mine.
In this case, a Chilean pork producer is eliminating methane fumes from animal waste and selling the resulting "credits" to Japanese and Canadian utilities, requiring fewer of them as they reduce carbon dioxide emissions at their coal- and oil-burning power plants.

It's one of the biggest deals in a potential multibillion-dollar market, a global exchange a Canadian executive calls "absolutely essential" for meeting targets under the Kyoto Protocol. But some warn that abuses could subvert the spirit of that climate treaty.

Last month in Buenos Aires, Argentina, the annual international climate conference approved an expansion of this clean development mechanism, or CDM, as the exchange is called, and a strengthening of the U.N. office overseeing it.

Carbon dioxide, methane and a few other gases trap heat that otherwise would escape the atmosphere. A scientific consensus, endorsed by a U.N.-sponsored network of climate experts, blames much of the Earth's temperature rise of recent decades on these emissions, and warns it will lead to damaging climate disruptions.

The 1997 Kyoto pact, effective next Feb. 16, sets mandatory targets for industrial nations to reduce emissions by 2012. Although the U.S. government rejects Kyoto, other nations are setting emissions quotas for industries that spew out the gases, particularly carbon dioxide, the most common.

The CDM was established under Kyoto on the theory that emission reductions help the climate wherever they occur. It allows northern industries to underwrite reductions in developing countries -- where they're not mandatory -- and get credit for them.

Japan says up to one-third of its required cutbacks could come from foreign sources. Don Wharton, director of sustainable development for Canada's TransAlta utility, said the CDM is "absolutely essential" because there's too little time to install new technologies at home.

"We believe most large Canadian companies will have to rely on offsets (credits) to meet their reduction requirements," he said.

TransAlta and Tokyo Electric Power Co. found a partial answer in pig manure pits in the green valleys south of Santiago.

Industrial pork operations usually collect excrement in pits where it decomposes naturally, emitting methane into the open air. But Chilean food producer AgroSuper, spotting the Kyoto opportunity, installed $30 million in technology to handle the waste of 100,000 pigs, covering pits with vast plastic sheets and drawing off the methane, some to flare, some to use in generators to power farm operations.

Though less prevalent than carbon dioxide, methane is a more potent greenhouse gas. Each ton of contained methane earns AgroSuper some 20 "CERs" -- certified emission reductions -- equivalent to 20 tons of carbon dioxide.

The Chilean agribusiness will divide 400,000 CERs per year for nine years between the Japanese and Canadian companies. Wharton estimated that this would meet 10 percent of TransAlta's needs for reductions.

A credit currently sells on the new European carbon market for about $10. But terms of the AgroSuper deal, still awaiting final U.N. approval, were not disclosed.

That carbon price is expected to rise, and big players are jumping into the market. A firm called CO2e ("carbon dioxide equivalent"), a subsidiary of the New York financial house Cantor Fitzgerald, brokered the AgroSuper deal and is developing another involving Brazilian power plants using sugar cane, a renewable fuel less carbon-heavy than coal or oil. China, meanwhile, is working to qualify more than 500 projects for salable credits.

Environmentalists worry that a flood of questionable projects might win U.N. certification as Kyoto comes into force in 2005. They cite CDM proposals for hydropower dams, for example, saying they're often "business-as-usual" projects that aren't replacing carbon-heavy alternatives, but would have been built without the Kyoto trading mechanism.

"The fact they're getting CDM credits is not helping the climate," said Ben Pearson, Australian founder of a campaign called CDM Watch. He said climate change will be slowed not through "marginal" projects with animal waste, but by addressing "the real issue, which is to fundamentally reform the way we produce and consume energy."

Santiago lawyer Sergio Vives, who helped negotiate the AgroSuper deal, defends it as a real reduction.

"It's quite clear they probably wouldn't have gone ahead with this technology" -- and methane would still rise into the atmosphere -- "without an incentive like the CDM," he said.

The world is taking notice of South America's porcine potential.

A Florida-based firm, AgCert, is installing methane-capture technology at 30 pig farms in Brazil. In one Brazilian state alone, Minas Gerais, 3.4 million pigs produce 7 million tons of waste per year -- a lot to work with to keep lights burning in the credits-hungry north.

**** MY thoughts: Look who is getting involved in this Market - Cantor Fitzgerald one of the oldest names on wall street, interesting. AgroSuper and AgCert builds the Facilities. The Brazilian State of Minas Gerais is a BioGas DreamScape waiting to be harvested producing 7 million tons of pig waste a year.... must calculate gas potential > energy potential of this wasted resource.

Agro Super installed $30 million in technology to handle the waste of 100,000 pigs, covering pits with vast plastic sheets and drawing off the methane, some to flare, some to use in generators.
Each Ton of Methane earns AgroSuper some 20 "CERs" -- certified emission reductions -- equivalent to 20 tons of carbon dioxide. A credit currently sells on the new European carbon market for about $10 ( A firm called CO2e ("carbon dioxide equivalent"), a subsidiary of the New York financial house Cantor Fitzgerald brokered the deal)
The Chilean agribusiness will divide 400,000 CERs per year for nine years between the Japanese and Canadian companies. Wharton estimated that this would meet 10 percent of TransAlta's needs for reductions.

Summary:
Install Cost: $30 Million
Fuel Source: 100,000 pigs

Revenues:
100,000 tons of Methane per year (not all energy recaptured - Flared)
400,000 CER's valued at $10 per year: Annual Barter Value of $4,000,000
Ten year return if investor simply finances the facility construction in return for the right to sell the CER's on the open market: @3%
Twenty year return on investment: @8% On the CER's ALONE!!! even if the Value of CER do not rise.

This market will finance development in Green Technology. It is the best finance tool available to the Green Revolution that I have seen.

Given a Useful life of the facilities of 10 years, very conservative, The Facility returns $40 million in just 10 years and $80 million in 20 years only valuing CER market credits without using a single once of that methane for energy production or co-generation, just flaring it off. This is assuming alot of things are static which are not truly static like the potential for the CO2 market to rise in value making investments today even more profitable but even if the price of CER's remains the same that still gives a 3% return on the initial investment without taking into consideration operating costs and profits from the standard operaton of pig farming, which should be profitable enough and then adding the additional resources (representing potential revenue streams or just additional resources to be used locally) such as sterilized fertilizer and methane for heat and energy production, which should further add to the return on investment of these systems. Also given that these facilities can be easily built to last twenty years, the return becomes very attractive given the possiblity that the CO2 market will become a standard practice by that time and will have risen in price. It is this rise in price that the energy producers of Japan and Canada are hoping to guarantee against by contracting (options really) to buy the CER's of these facilities for a number of years at a fixed price.

This is a skewed market that will favor low technologies that reduce these emissions of Methane and Carbon Dioxide. We can even further reduce the emissions by carbon recycling, I can hardly wait to calculate the value of CER's for my envisioned buildings for City Centers where effeciency and redundancy work together within the structure to maximize comfort, sanitation and energy effeciency.

My only question is this Can an american company produce sellable CER's if Washington DC is not a party to the Kyoto Accord. Because if that is so, then California should Join the Kyoto Accord on it's own to send a message to Washington.

140 Acres with $200 Million in Upgrades for Sale: BioSphere2 is up for Sale... Can I add it to my Christmas Wish List?

Article Published: Sunday, January 09, 2005 - 6:55:52 PM PST
Biosphere enclosure, plus campus, put on the block: "
By Associated Press

The company that owns Biosphere 2 Center, 3.1 glass-enclosed acres designed to simulate Earth's environment, has put the site up for sale.
The company is also selling 70 other buildings on the center's 140-acre campus 16 miles north of Tucson, said Christopher Bannon, general manager of Decisions Investment Corp. of Fort Worth, Texas.
'We'd love to see the Biosphere 2 used as a research activity, but we know that may not be the end result,' he said last week.
Texas billionaire Ed Bass, president of Decisions Investment, spent more than $200 million to build Biosphere 2 in the 1980s as a prototype for a space colony.
The closed ecological site contained miniatures of Earth's rain forest, ocean, desert and other environmental features.
In 1991, eight 'biospherians' were sealed inside for a two-year stay. But the project was plagued by rising costs and other setbacks and Columbia University assumed responsibility for the site under a management agreement, turning it into a research and education facility.
The relationship with Columbia ended in September 2003 and Biosphere 2 has been open as a tourist destination. --Associated Press "

My thoughts: Nice Idea to spend $200 Million dollars on a Space Colony, but it was ahead of it's time and did not have a plan to be self supporting through industrial production or patent technology at all. These I see as the BioSphere's great failings. Without these basic economic requirements for the pilot program it became a play thing of philosophers and little else. If one thinks about it if we are really going to build cities on the moon or any other planet 1. there will have to be a strong economic reason for us to invest so much money in placing people on a foriegn planet in such a permanent way that to not have any industrial capacity within Biosphere is short sighted and misses a MASSIVE part of the problem to making our Cities more ecologically and economically stable as well as livable. Men must work - as well as eat, sleep and sit and any architect that believes otherwise is, in my opinion, a dilitant that should be removed from the ideals of architecture. That list is topped by, in my opinion, Le Corbusier - who I personally hate for his grand visions of towers in parks, devoid of people in any productive activity what so ever - a man whose Utopia was Mass Idleness. (SEE NOTES BELOW)

ON the other hand, many problems of air-tight living spaces and recycling systems became evident, especially biological sanitation, air and water systems that require optimization of their process or else biological systems become overloaded and change the way they function - altering the "living machine" that many of these scientists are trying to build. The philosophy is right and we should explore these issues in such environments as Biosphere 2 because it allows us to control the parameters of the system more closely but I would propose that industry must be incorporated into lunar colonies as well as modern city centers for them to serve all human needs both material and spiritual. Idleness is not good for the soul and possibly even worse than evil action, from which at least cautionary tales can be extracted. Idleness is consumption as opposed to production.

Contacts:
Ed Bass, president of Decisions Investment of Fort Worth, Texas
Christopher Bannon, general manager

Site Description:
140 Acres with $200 Million in extras like -
Biosphere 2 Center, 3.1 glass-enclosed acres designed to simulate Earth's environment.
also 70 other buildings on the center's 140-acre campus 16 miles north of Tucson

I hope they put it on Ebay!


NOTE on Le Corbusier and Ebenezzer Howard - Vastly Influencial to the Current Architectural GroupThink.
Le Corbusier said he only really liked to build buildings of fixed function and use. His Masterpiece is a perfect example: The UN Building - It's vast flat facade stares back at you blankly in it massive stoic Idleness like some sort of cubist heroine addict. The vastness of it's plaza isolating it further from the life of the street and creating a barrier of open space in which the human frame feel exposed to the elements and in a sense scrutinized by the blank black tower that overhangs the plaza like a Giant Sleeping Gendarme leaning against a wall who may roll over in his sleep and crush you like a mouse, without ever awaking from his Dreams of Days of Idleness with which Le Corbusier lulled him to sleep. and use and although the UN Building has served the Same Function for the last 50 odd years, IT'S USEFULLNESS can EASILY BE BROUGHT INTO QUESTION. (But enough vitriole for Le Corbusier - join us next week when we attack that mealy-mouth Court Reporter of Vastly Overestimated Value - Ebenezzer Howard - the Father of Sprawl wasn't even an engineer or sociologist or architect or even a humanitarian but a misanthrop who wished nothing more than to be free of the "great throng of peoples" that filled the streets of London with up to 4 feet of manure, mud and garbage filth in his day with peddlers and traders in every nook and cranny in what appears to the wicked minds as chaos but is the very stuff of life in society itself, commerce, communication, Call out, Chatter, Bickering, Negotiations soft and loud, industry and assembly..

Sunday, January 09, 2005

Boeing Acquires UAV Developer Frontier Systems Inc. Developer of the A-160 Hummingbird Stealth Helicopter - sub-sonic rotors tech


Boeing Acquires UAV Developer Frontier Systems Inc.
CHICAGO, May 4, 2004 – Boeing [NYSE: BA] announced Tuesday it has acquired Frontier Systems Inc., developer of the A-160 Hummingbird and Maverick unmanned aerial vehicles (UAV).

Frontier’s platforms and technologies add to Boeing’s portfolio and capabilities in unmanned systems that include the Joint Unmanned Combat Air System X-45, ScanEagle and other concepts under development. Terms of the acquisition have not been disclosed.

“Frontier Systems is well known in the UAV field for its innovative systems and technologies,” said Mike Heinz, vice president and general manager of Boeing Phantom Works Integrated Defense Advanced Systems. “By enhancing our ability to meet the diverse UAV needs of our customers, this acquisition strengthens our position as a key player in the unmanned systems market.”

The privately held Frontier Systems has about 70 employees and was formed in 1991. Frontier is based in Irvine, Calif., and also has operations in Victorville, Calif., for flight-test operations.

“For years we’ve been looking for the right company to take Frontier’s programs into production,” said Gale Kerem, Frontier Systems executive vice president and chief financial officer. “Boeing provides the perfect complement of people and technology for further developing and producing the Hummingbird and making it even more versatile and effective for a wide variety of domestic and international markets.”

The A-160 Hummingbird, a vertical take-off-and-landing UAV, has been designed to fly up to 2,500 plus nautical miles with 30 to 40 hour endurance. Its modular payload design can carry up to 1,000 pounds. The A-160 offers range and endurance unprecedented in the history of helicopter UAV design. It will provide reconnaissance, surveillance, target acquisition, communication relay, precision re-supply, sensor delivery and eventually precision attack capabilities.

The A-160’s unique characteristics address current and emerging requirements of the U.S. armed forces, Department of Homeland Security, and international military and security organizations. Frontier also sells the Maverick UAV, a retrofitted commercially available helicopter, to the U.S. Special Operations Command. The Maverick UAV has also been used as a test bed for A-160 technologies.

Boeing Phantom Works will complete development of the Hummingbird and then transfer the program to Boeing Integrated Defense Systems (IDS). Phantom Works recently transferred the Joint Unmanned Combat Air System X-45 program to IDS.

Phantom Works is the advanced research and development unit and catalyst of innovation for the Boeing enterprise. Through its Integrated Defense Advanced Systems group, it provides leading edge systems and technology solutions to Boeing Integrated Defense Systems, one the world’s largest space and defense businesses.

Headquartered in St. Louis, Boeing Integrated Defense Systems is a $27 billion business that provides systems solutions to its global military, government and commercial customers. It is a leading provider of intelligence, surveillance and reconnaissance; the world’s largest military aircraft manufacturer; the world’s largest satellite manufacturer and a leading provider of space-based communications; the primary systems integrator for U.S. missile defense; NASA’s largest contractor; and a global leader in launch services.

###

C2052

Contact:
Glen Golightly
Boeing Phantom Works
714-372-4742
glen.golightly@boeing.com

Dave Phillips
Boeing Phantom Works
312-544-2125
david.j.phillips@boeing.com

Saturday, January 08, 2005

EcoArchitectures current "Master of Sanitation"

Arcosanti : Contact Information

EcoArchitecture's current "Master of Sanitation" - Randall Shultz in charge of Facilities at Arcosanti (a futuristic ecological city).

Facilities / Maintenance
Facilities Manager: Randall Schultz:
diffi_cult@arcosanti.org / phone: 928.632.6228

Contact Information
Arcosanti General Correspondence
HC74, Box 4136, Mayer, AZ 86333
tel: 928.632.7135 / fax: 928.632.6229

Visitor Center
(Tours • Gift Gallery • Guest rooms • Meal • Event Reservations)
Visitor Center Manager: Nina Howard
info@arcosanti.org / phone: 928.632.6217


Public Relations
(Media Relations • Local Outreach)
PR Coordinator: Charles Provine
pr@arcosanti.org / phone: 928.632.6222


Education
(Workshops)
Workshop Coordinator: Kelli Huth
workshop@arcosanti.org / phone: 928.632.6233


Information Office
Information Service: Ivan Fritz
ais@arcosanti.org / phone: 928.632.7135


Executive Offices
(Site Coordination • Development •Special Projects • Book Initiatives • Italian Project)
Senior Executive Officer / Chief Financial Officer
Site Coordinator: Mary Hoadley
maryhoadley@arcosanti.org / phone: 928.632.6212

Senior Executive Officer / Chief Information Officer
Special Project Coordinator: Tomiaki Tamura
ttmr@arcosanti.org / phone: 928.632.6230

Book Initiatives Coordinator: Jewel Blackfeather
soleriwritings@arcosanti.org / phone: 928.632.6218

Italian Project Coordinator: Matteo Di Michele
matteodimichele@arcosanti.org
phone: 928.632.6224

Habitat
(Planning, Construction, Landscaping)
Habitat Manager: Scott Riley
habitat@arcosanti.org / phone: 928.632.6209

Planning Coordinator: Dan Kelliher
planning@arcosanti.org / phone: 928.632.6246

Landscape Coordinator: Ron Chandler
landscape@arcosanti.org / phone: 928.632.7135

Agriculture
(Organic Gardens)
Agriculture Manager: Brad Crutchfield
farmer@arcosanti.org / phone: 928.632.6232

Facilities / Maintenance
Facilities Manager: Randall Schultz:
diffi_cult@arcosanti.org / phone: 928.632.6228

Soleri Archives
Archives Director: Tomiaki Tamura
ttmr@arcosanti.org / phone: 928.632.6230

Archival Resource Manager: Sue Anaya
archives@arcosanti.org / phone 928.632.6240

Cosanti General Correspondence
6433 Doubletree Rd, Scottsdale, AZ 85253
tel: 480.948.6145 / fax: 480.998.4312

Programs
(Tours, Special Programs, Facilities Rental)
General Inquiry: Ellen Bruce
cosanti@cosanti.com / phone: 480.948.6145

Special Programs Coordinator: Roger Tomalty
earthhous@aol.com / phone: 480.948.6526


Cosanti Originals, Inc.
(Soleri Bells)
General Manager: Chris Ohlinger
cosanti@cosanti.com / phone: 480.948.6145



Friday, January 07, 2005

METROL project will contribute critical data and understanding needed to predict the future impact of seafloor methane for global climate change.

METROL: "Project intro
Methane is one of the most important energy sources in the industrialized world, but is also an effective greenhouse gas when emitted into the atmosphere. Vast amounts of methane are formed in European margin sediments leading to the formation of free gas, to complex carbonate structures, and to enhanced methane emission. These processes are important for environmental quality, for offshore operations of the hydrocarbon industry, and for climate development. However, a high percentage of the entire methane flux, maybe 90%, is retained in the seafloor through anaerobic oxidation by microorganisms.

METROL aims to explore the microbiological and geochemical controls of this methane barrier in order to quantify current methane fluxes and evaluate the effect of environmental change on sea floor methane release. The project will contribute critical data and understanding needed to predict the future impact of seafloor methane for global climate change.

METROL has started on 1 November 2002. The total duration is 36 months."


MY COMMENTS: ... nearly finished three years of research on the methalhydroxide ice sheets and other methane deposits on the sea floor and how they are kept in check by microbe oxydizing methane directly underwater. I am more interested in developing the technology to not only control these dynamic and fragile geochemicalphysical structures but to harvest useable methane or other burnable gas from the capture and processing of the massive amounts of methane that is trapped on the ocean floor from millenia of decaying organics, high pressures and low temps.

It is now believed that it is the release of massive amounts of methane from massive frozen slabs of hydoxylmethane on the sea floor that was some how disturbed by earthquake or such, causing warm water to enter the frozen methane melting it to gas creating a bubble column capable of sinking a ship or downing an airplane. This explained the mysterious disappearances throughout the Burmuda Triangle in my mind years ago and opened my mind up to a great new gold mine, deep beneath the sea which we will someday learn to harvest and use to the betterment of humanity - the natural gas of the sea - methane.

Knowledge Mangement in Modeling Biological BioGeoChemical Processes of Methane generation in Nature

Knowledge Management in Modeling Biological BioGeoChemical Processes of Methane Generation in Nature: "THE KNOWLEDGE BASE PROJECT
PURPOSE
Over the last few decades significant advances have been made in the understanding of the processes controlling the biogeochemical cycles of a large number of elements on the earth surface. However, these improvements have not yet been fully implemented within the available predictive tools, partly because models have not been designed in a way that allows one to adapt, combine and optimise easily the choice of processes influencing environmental quality and contaminant mobility. As a result, the integration of an ever-increasing amount of knowledge about biogeochemical processes is a complex, time-consuming task. Moreover, environmental models are often question- and/or site-specific. Indeed, all ecosystems are unique and differ from case to case. This makes it difficult (some may claim impossible) to develop a modelling system that encompasses all processes.
In this context, the recent developments in the area of Information Technology should be particularly useful for enhancing the exchange of knowledge from science to models. Instead of site-dedicated models, we propose a modelling framework within which a large number of ecosystems could be described and interfaced with all relevant processes- by means of a single, expandable Knowledge Base (KB) of process equations and parameters. The key novel feature of this approach lies in its capacity to easily select, adapt, combine and optimise the set of processes, which are most relevant to a specific site and/or issue. The Knowledge Base will contain default and/or user-defined formulations of process equations and parameters. In order to maintain maximum flexibility to produce user-defined, site-specific models (and, hence, take advantage of the KB), the development of an Automatic Code Generator is required to translate the information selected from the Knowledge Base into computer code. This methodology will provide to the scientific community a common, powerful and expandable tool for the exchange of knowledge and will help to exploit it across the fields of hydrodynamics, sedimentology, biogeochemistry and ecology. The complete integration of knowledge in a consistent manner, taking into account the complex feedback loops between the dynamic processes as seen by various disciplines, will constitute a major breakthrough in our capacity to predict the behaviour and fluxes of dissolved and particulate constituents. It will provide a substantial advance in our ability to forecast the environmental response of an ecosystem as a result of a wide range of anthropogenic perturbations."

The solution to the complexities of problems of complex organization is the application of Knowledge Management software first as repositories of basic scientific knowledge to allow the integration and collaboration of very divergent scientific disciplines and secondly to create system management system to monitor and control/react to a number of processes that the built human environment of cities require as well as sensitive ecosystems. From the reclaimation of marginal agricultural land to sophisticated industrial process control systems in city center building controlling things like, sewage treatment, water purification, air circulation, HVAC & HAZMAT detection and contamination control, fire control systems. The city center building of the future will take 30 years to build without knowledge management With Knowledge Management and proper professional support It could be "essentially" completed in 3 years from today. As in many such maligned things in the world, the tools are there before our feet we must simply pick them up and put them to best use. In the case of developing environmental controls to the standard of hospital use and applying the technology to monitoring every essential process within the building. It not that hard but is it worth it... at what point does high tech fail us and more appropriate technology would be simpler, more reliable but seemingly more primitive technology will serve the purpose better with more reliablity and less toxicity for the same function served.

Thursday, January 06, 2005

"Occupational HAZMAT for Eco-Architecture." a Proposal for a Master's Thesis in Occupational and Environmental Nursing at UCSF

Marion Gillen, Faculty Profile - UCSF School of Nursing - University of California, San Francisco - nurseweb.ucsf.edu:

TO: "Marion Gillen, RN, MPH, PhD, Director, Occupational and Environmental Health Program, UCSF Dept of Community Health Systems"

FROM: THOMAS MELLUS FENAUGHTY

RE: Proposal for Master's Thesis in Occupational and Environmental Nursing.

TITLE: "Occupational HAZMAT for Eco-Architecture."

Rethinking Industrial City Centers - Building the Occupational and Environmental Health framework for Industrial City Centers of the 21st Century.


It may seem odd and few people know it, but the driving vision of much of the Built Out Architecture in America today was inspired by an Englishman with very little or no sociological, economic, sanitation, environmental, biological, scientific, architectural or engineering training or experience AT ALL. Ebenezer Howard, who envisioned the Garden City, was a Court reporter in London in the late 1800's. SO my apparent lack of training in these fields that impinge upon people as they live in the city of the 21st century being based on formal education in the biological sciences, psychology, finance and now Nursing is already much greater than this vastly overly influential penny-paperback-writer. Once Government became involved in planning and architecture, the further development of Architectural visions had more to do with people of choice with large egos and large budgets (politicians, city planners and architects) deciding to simplify city administration & taxation systems and glorify the creators but limiting the lifestyle choices of the masses (those without economic power to create choice) to the demise of that public's health, economic and political vitality. The epitome of this type of egomaniacal “people should be free to do nothing” architect is Le Corbusier with his Radiant City, the vision of cities built of residential Towers in a Park (no factories, no stores, no places of public assembly) which has yielded the modern world of office towers standing in parking lots. To summarize the three greatest threats to productive modern city centers are:

  1. Expansive Single Use Zoning - Howard's legacy - Over simplification of the "Solution to Pollution is Dilution".
  2. The development of single use Buildings - Le Corbusier's favorite was to build homes which he saw as “machines for living in”, by which I think he meant, you could sit and breath but little else. (ie. “Silicon Valley/Cubicle World”)
  3. Loss of productive agricultural terrain to industrial waste as well legislative use limitations, leading to wasted land and personal-motorized-transport dependent architecture essentially standing in parking lots (ie. “Sprawl”) - Le Corbusier's Utopian Dream become a Epidemic Nightmare suffered by millions.

All these results could have been foreseen, but have not been, in my humble opinion, sufficiently responded to in the way that gives us a healthful framework in which to design our city centers of the future or the buildings that will serve them. Regulating regions of activity may seem to be the ONLY logical way to protect the Public Good from industrial toxins but I believe that the knowledge, technologies and materials handling processes (environmental toxicological, medical diagnosis and treatment of occupational diseases, sanitation & recycling industrial technologies, HAZMAT procedures, etc.) are currently available or at least the vast progress in these technologies, from nearly a generations worth of work, have reached the point where we can selectively reintegrate many, if not all of societies Essential Industries back into our city centers jeopardizing neither health nor economy, creating healthy, low polluting cities that are highly energy efficient, healthful both medically as well as psychologically, sociologically, ecologically, economically and politically. Big Dream right, but cities and especially city centers are a problem of Complex Organization (ref. Jane Jacobs) more like an ecosystem which WILL AND MUST interact with other ecosystems, both natural (the biosphere) and artificial (other city centers/districts) on a ecological, chemical, economic, sociological and political scale. The greatest danger lies in the oversimplification of these problems not in admitting their complexity.
There are some ideas that begin to address some of sociological, technological and public health aspects of the problems created by the Built Out America of Today, but few if any of these are complete visions in and of themselves which rethink the city and ALL her systems and functions (except Paolo Soleri – arcosanti.org). These include: "New Urbanism", "Off Grid Buildings", Solar Power, BioGas Technologies, HAZMAT procedures & regulations, Full Cycle Building Analysis, Hydrogen and junkyard/recycling technologies. While the damage of these “Traditional” architectural visions to the environment and society have NOW become OBVIOUS after two generations of Build Out, there are certain visionaries in the last generation (Soleri & Khalili at the forefront), while others have moved obscure and little known technologies forward without much outside support, being considered the lunatic fringe. Some of these ideas are getting wider support as entrepreneurs are proving that new technologies, or more often than not - the revival of an older technology with a new technological twist, can solve pollution problems as well as energy problems and technologies are becoming so well developed and economically feasible that they are on the verge of "The Tipping Point" (ref. Malcolm Gladwell) at which point these clean technologies will burst into the public consciousness and become the "New Tradition".
The currently trendy philosophical interest by some Architects in what is being called "New Urbanism" and "Walk-Able Communities" still fail both as self supporting zero emissions healthy city centers and as vibrant economic communities (see Santana Row, San Jose, Ca) due the limitations on economic (read light industrial) and social (read public assembly) activities and the economically self-selecting characteristics of the target population which excluded the worker class that services the community from residence within the community. Local Governments, Architects and City Planners still have an exaggerated view of their own predictive powers when it comes to the best uses of terrain and buildings by real people living real lives, making real things that real people buy. (ref. Jacobs). The only Architect who I have found who at least attempts to incorporate all city functions into his self sufficient architectural plans for communities of up to 7000 is Paolo Soleri, who lives and works near Tempe, AZ developing plans for archiologies or ecological architecture or as I like to call it Eco-Architecture.
The movements of "Zero Emission" buildings, "off- grid" building technologies, passive solar and available material construction techniques are making great progress toward entering their designs into the Building Code (see Khalili & CalEarth.org). The trend to analysis the environmental impact of various construction techniques in a "Full Life cycle analysis" (as the electronics industry has done for components for years) is yielding a new view of the true expense of wood based architecture on the biosphere. But these new visions still require HAZMAT regulations and guidelines for these inherently more biological, organic and thus more toxicologically sensitive processes to merge them with High Technology Materials and processes (for example the flame toxicity of Solar panels must be considered as well as the possible limitations of a Bio-Gas Sanitation System to absorb standard household cleaning fluids, especially the newly highly unwise endemic use of antibiotics in hand soaps). These are the highly medical/toxicological questions that will guide the development of safer, cleaner, more productive industrial city centers.
In order to effect the "granularity" of activities that create vibrant industrial city centers (ref. Jane Jacob's), we need closer proximity of activities from agricultural to industrial including facilities (or at least buildable space) for any activity in between, which of course requires greater control of environmental toxins and disease within the city centers and especially the buildings that will serve these city centers of the 21st century. This is the crux of my work in Environmental and Occupational Nursing to help avoid the greater disasters that could occur when we build low emissions buildings that will house activities from sterile hospital units and wards for "aging in place" to daycare facilities to restaurants to a limited number of toxic industrial activities. I plan to designate activities zoning and HAZMAT regulations for blast-proof chambers within these city center buildings based on the toxicity of chemicals, vapor characteristics and other products used in and produced by the activity within that chamber as opposed to designation and build out of individual buildings for a predicted activity. (ie regulate, physically, the disposal of such things as cleaning supplies, Chemotherapy drugs and antibiotics to a dedicated toxins sewer at the level of the “occupied space” as opposed to zoning for “industrial waste” on an acreage basis). For example, I envision the first basement level of the city center building of the future should be able to accommodate the light industries that actually built and now service the building itself as well as the local free market with products such as oil production (think Olive Presses) for human consumption as well as bio-diesel generation, fruits & vegetables, fresh slaughtered meat, glass, ceramic, mini steel mill, copper plumbing, leather tanning, cellulose-based plastics (biodegradable), paper for printing, soap production, etc. There is absolutely no insurmountable reason, I see, not to be able to accommodate the traditional crafts, industrial arts (even the more toxic ones) as well as high technologies within a well-monitored and well-controlled environment that is healthy and reduces, controls or eliminates the toxins used and produced within it’s walls. This is called internalization of industrial costs.
In order to accomplish this, I need to make a survey of USEFUL technologies classifying all the major chemicals used in and created by the processes in terms of their occupational/health hazards, their feasible uses and give each one of these chemicals and processes a rating by which their use will be regulated within this far more stringent environment of the zero emission building. Full Life Cycle analysis of a large number of these toxins will be incorporated into a financial benefit/health cost analysis of several industrial processes. I am certain that certain chemicals and processes will be eliminated from this list of possible activities to be permitted in city centers due to excessive space requirements, energy requirements, the potential for uncontrollable health risks, excessive explosion risks and environmental toxic and treatment risks that outweigh their economic benefits to community (ie nuclear energy until further notice, but we will still have radioactive waste from Radiological medicine to be dealt with, in which case, I prefer to defer to other experts).
The health impact/economic impact analysis of technologies especially those newer technologies alongside old technologies, from Heron of Alexandria’s mechanics (300 BC) to Joe Engelberger’s robotics (2005 AD), both judged on the same criteria of healthfulness will allow us to maximize human and ecological health and energy efficiency while minimizing pollution from human activity. I intend to literally rethink HAZMAT from a full life cycle financial/technological/environmental/health cost/benefit analysis and come up with a framework for classification of industrial toxins more related to the “biological significance” of the chemical structure of these materials, the total cost of their procurement, use and disposal which of course related directly to their environmental persistence, biodegradability, bioaccumulation and susceptibility to bioremediation. A good example would be the analysis of potential health hazards of toxins released when electronics and solar panels of plastics, rubbers and rare metals are consumed on a more regular basis in household fires (possibly already done – boring). Or defining and proposing occupational and environment standards for the development of new building systems including on-site water procurement, treatment, storage, use and reuse, sewage treatment systems (biological and toxicological), air circulation & filtration technologies, environmental & industrial process monitoring systems, integration of low technologies with high technologies and developing a new ecologically friendly technology ladder. But first we must open our eyes wide to capture every USEFUL technology from basic low-tech water treatment techniques like distillation **** to UV treatments and heavy metals and pathogen removal, biogas digestion of human, animal and plant waste and the optimization of this system for safety and production within the building is rife for innovation, further miniaturization of heavy industrial processes like metal recycling, mini steel mill operations, precious metal reclamation from electronics will make them accessible to create employment without jeopardizing public health.
On a larger more international scale, I intend to work toward developing a package of appropriate and ecological industrial technologies, strongly based in this Environmental Toxicology Cost/Benefit Analysis perspective and place these Essential Technologies within a new technological ladder framework which could be exported to what Thomas M Burnett, Senior Strategic Researcher at the US Naval War College calls, "The Gap" countries (formerly referred to as “The Third World” vs. "The Core" countries or Developed World) Allowing "The Gap" countries them to leap frog many or at least some of the environmental and epidemiological disasters that scarred the environments and populations of "The Core" countries in their development of this industrial capacity. In this larger view, The Christmas Tsunami of 2004 is a watershed moment in our rethinking of city centers for greater health, safety and economic development throughout the World. God Bless Us, Everyone.

Soleri, Paolo Creator of Arcology, founder of Arcosanti

Paolo Soleri - Italian-American architect: "Soleri, Paolo
Related: Architecture Biographies
1919-, Italian-American architect. He studied architecture in Turin (Ph.D., 1946). Soleri's works have been influenced by both Frank Lloyd Wright , with whom he worked, and Antonio Gaudi . He developed an architecture that expresses a functional and organic way of life. Soleri has produced extraordinary designs for vast, high-density, self-sufficient, and multilevel communities built in the desert. These, which he terms arcologies, are proposed alternatives and responses to the increased problems of overpopulation and urban sprawl and decay. Soleri and his students and assistants have been building an arcology, Arcosanti, north of Phoenix, Ariz. since 1970. It was conceived as a prototype to show how cities might be updated, minimizing energy and transportation use while promoting human interaction. Soleri is the author of Arcology: The City in the Image of Man (1969). "

Joe Engleberger - Father of Robotics

Joe Engelberger - the Father of Robotics: "Joe Engelberger was born in New York and currently resides in Newtown, CT. Engelberger, usually honored as the Father of Robotics, is the chairman of HelpMate Robotics Inc. The mission of HRI is to give robots a spectrum of sensory perception so that mobile, sensate robots can work shoulder to shoulder with human mentors in service activities. The company's flagship product is 'HelpMate', a robotic hospital courier, currently installed in over 50 U. S. hospitals as well as in Europe and Japan. "

Wednesday, January 05, 2005

Helminthotherapy "Beware the dilemma of Co-Evolution.... Parasites may not always be our enemy!!!"

Helminthotherapy: "British research has revealed that the parasites responsible for the common tropical disease schistosomiasis (bilharzias) hold the key to the prevention of insulin dependent diabetes, also known as Type A diabetes. Research has shown that mice bred to develop Type 1 diabetes do not do so if they are infected with the eggs of schistosome parasites.
The scientists responsible for the discovery believe that within three years they will have identified the substance in the egg that is responsible for preventing diabetes. It should then be possible to test it, or a drug based on it, as a means of preventing the onset of Type 1 diabetes. A similar treatment may also be effective in preventing other diseases caused in the same way as Type 1 diabetes, including rheumatoid arthritis and inflammatory bowel disease, and possible asthma.
The breakthrough discovery was made when Dr. Anne Cooke of the Pathology Department of Cambridge University, who is studying diabetes using mice, which are genetically predestined to develop the Type 1 form, moved from London to Cambridge taking a colony of mice with her. The mice became accidentally exposed to parasitic and other infections. As a result only 50% instead of the normal 80% of the mice developed Type 1 diabetes.
Type 1 diabetes is rare in the developing world where tropical parasitic diseases such as schistosomiasis are rife. In contrast, it is on the increase in the developed world where vaccination and improved hygiene have virtually eliminated parasitic infections. This led Anne Cooke and her colleague parasitologist Dr. David Dunne to consider whether such infections might be preventing the development of Type 1 diabetes, as they had to some extent in her mice."

INTERNATIONAL BIOTHERAPY SOCIETY

INTERNATIONAL BIOTHERAPY SOCIETY: "INTERNATIONAL BIOTHERAPY SOCIETY

The International Biotherapy Society (IBS) aims to support the use and understanding of living organisms in the treatment of human and animal diseases.

Our Mission
In an era when many folk remedies are being rediscovered and the use of natural drugs is increasingly popular, we also witness a revival of the use of bacteria, protozoa, invertebrate animals such as fly larvae, bees and leeches in medical practice. The International Biotherapy Society (IBS) aims to support the use and understanding of living organisms in the treatment of human and animal diseases. The Society organizes international conferences for the exchange of information and ideas on subjects such as maggot debridement therapy, hirudotherapy, apitherapy and ichthiotherapy."

Yahoo! News - Curry Spice May Fight Alzheimer's

Yahoo! News - Curry Spice May Fight Alzheimer's: "Scientists found that curcumin, a component of the yellow curry spice turmeric, was able to reduce deposits of beta-amyloid proteins in the brains of elderly lab mice that ate curcumin as part of their diets.
In addition, when the researchers added low doses of curcumin to human beta-amyloid proteins in a test tube, the compound kept the proteins from aggregating and blocked the formation of the amyloid fibers that make up Alzheimer's plaques.
Accumulation of beta-amyloid proteins in the brain is one of the hallmarks of Alzheimer's disease.
The new findings suggest that curcumin could be capable of both treating Alzheimer's and lowering a person's risk of developing the disease, said study co-author Dr. Gregory M. Cole of the University of California Los Angeles and the Greater Los Angeles Veterans Affairs Healthcare System. "

Remarks:



I am reminded on the statistic that reported that in the year 2000 approximately 2100 substances were registered for medical treatment and of these, 1600 were found from natural sources. With the predominant and massive amount of medically "relevant" genetic material to be found in the plant world. I would ask all people to stop supporting the genetic roulette type of drug development that seems to have become popular in the last 2 decades in our attempt to play God with genetic scissors and massive statistical analysis. The world is vastly whole without these bastard proteins - a true Pandora's box. In a certain sense, this is a case of Humpty-Dumpty, like much of Biology. The system works well within a certain set of parameters but once the parameters go out of bounds too extremely to the point of breaking the system at multiple points of feedback then "All the King's horse and all the King's men cannot put Humpty-Dumpty together again." We need to explore with open eyes the interactions that can be observed that ALREADY EXIST BETWEEN HUMANS AND PLANTS, MICROBES, and ANIMALS. This may sound "Naturistic" but I do not wish to worship Nature only respect and observe and eventually nurture the natural Earth so that our generations may be nutured by Her.

Let Us Always Remember the Great Law of the Haudenosaunee of the Six Nations Iroquois Confederacy, which requires that chiefs consider the impact of their decisions on the seventh generation. There are few nations with such wisdom written into their constitution but perhaps the US Government should think about this principle before they do ALOT of things. But that aside each and every one of us can CONSIDER THE IMPACT OF OUR DECISIONS ON THE SEVENTH GENERATION. (see The Seventh Generation Fund) for more on American Indians in Action from Alaska to Patagonia

Tuesday, January 04, 2005

The Golden Ratio: Phi = 1.618 or .618

Golden Ratio: "We can also form a Golden Ellipse. This ellipse has its two axes in the Golden Ratio.


Let's turn back to one of the Golden Triangles for a moment. If we take the isoceles triangle that has the two base angles of 72 degrees and we bisect one of the base angles, we should see that we get another Golden triangle that is similar to the first (Figure 1). If we continue in this fashion we should get a set of Whirling Triangles (Figure 2).


Figure 1 Figure 2
Out of these Whirling Triangles, we are able to draw a logarithmic spiral that will converge at the intersection of the the two blue lines in Figure 3.


Figure 3
We can do a similar thing with the Golden Rectangle. We can make a set of Whirling Rectangles that produces a similar logarithmic spiral. Again this spiral converges at the intersection of the two blue lines, and these ratio of the lengths of these two lines is in the Golden Ratio. "

Medicinal plants: a re-emerging health aid

Medicinal plants: a re-emerging health aid: "Examples of activities in medicinal plants sponsored by non-UN and UN agencies"

Automakers� Spin Misleads Consumers

Automakers� Spin Misleads Consumers: "How Automakers Threaten and Mislead Consumers:
Fact vs. Spin for California�s Vehicle
Global Warming Law "

SETAC

SETAC: "The Society of Environmental Toxicology and Chemistry (SETAC) is a nonprofit, worldwide professional society comprised of individuals and institutions engaged in:
the study, analysis, and solution of environmental problems

the management and regulation of natural resources

environmental education

research and development
SETAC's mission is to support the development of principles and practices for protection, enhancement and management of sustainable environmental quality and ecosystem integrity.
SETAC promotes the advancement and application of scientific research related to contaminants and other stressors in the environment, education in the environmental sciences, and the use of science in environmental policy and decision-making."

Saturday, January 01, 2005

Environomics

Environomics: "The intent of this website is to move the important work of the manure and organic waste digestion industry forward. Environomics is not a design firm and is unaffiliated with any design or equipment suppliers.
Environmental concerns and economic benefits of using digesters are both wise management and good business. However, history has demonstrated installing a highly technical project benefits from the stewardship of a specialist.
Since 1986 ENVIRONOMICS has collaborated on dozens of systems, and we make that experience available to you. By having us on your team from the beginning, you have the benefit of years of experience guiding you toward a successful facility, which will turn waste into profits."

Clean Energy Expo 2004

Clean Energy Expo 2004 check out the List of Bioenergy presentations in pdf format. "BioGas is Rising finally!!!"