Details

Geschrieben von: Eric Hoyer

Kategorie: Uncategorised

Veröffentlicht: 07. November 2023

Zugriffe: 106

• Europäische Wasserversorgung  Modell Eric Hoyer, Wasservolumen aus norwegischen Fjorden für Südeuropa  Teil 1

Western Province  of Papua New Guinea Mai Kussa

und

Wassi River

Western Province

of Papua New Guinea

Mai Kussa und Wassi River

liegen auf Papua Neuguinea

im Gebiet

Morehead

South Fly

^{Auch im Hochland sind die Temperaturen durchgehend sehr ausgeglichen, nur werden sie mit zunehmender Höhe auch immer niedriger. Ab 1.500 m Höhe kann man von einem gemäßigten Klima reden. Auf knapp 2.000 m werden durchschnittlich noch 16-17°C gemessen. Dort kann das Thermometer nachts unter den Gefrierpunkt sinken. Darüber beginnt eine Zone alpinen Klimas. Einige Gipfel der Owen-Stanley-Berge sind sogar permanent schneebedeckt.}

Quelle: http://www.beste-reisezeit.org/pages/ozeanien/papua-neuguinea.php

MOREHEAD, PAPUA NEW GUINEA

PRECIPITATION 

MillimetersAverage PrecipitationMorehead, Papua New

GuineaJanFebMarAprMayJunJulAugSepOctNovDec0100200300

Details

Geschrieben von: Eric Hoyer

Kategorie: Uncategorised

Veröffentlicht: 07. November 2023

Zugriffe: 122

• Europäische Wasserversorgung  Modell Eric Hoyer, Wasservolumen aus norwegischen Fjorden für Südeuropa  Teil 1
• European Water Supply
• European Water Supply Europe needs water from regions with conduct abound in other regions, Europeanwater-Supplysystem.
• Wasserversorgungs-Modell für  Südosteuropa bis in den  Orient von Eric Hoyer
• Verkauf von Erfindungen - 45 - und Verfahren für 1.7 Millionen Euro
• Australia farmers and Outback towns fighting desperately to survive!

Australia farmers and Outback towns fighting

desperately to survive!

^{Australian Water problems, comprehensive solutions of Eric}

^{Hoyer, known with the solution European water supply}

^{Water of Papua New Guinea for the Australian}

^{water supply and stockholding}

<sup>Eric Hoyer

Nelkenweg 59,

D-52308 Horn-Bad Meinberg

05/30/2014 B

Diese E-Mail-Adresse ist vor Spambots geschützt! Zur Anzeige muss JavaScript eingeschaltet sein.</sup>

^{https://www.zdf.de/live-tv}

<sup>Arte


CSIRO Land and Water

CSIRO Black Mountain

 

Canberra

Australia

Diese E-Mail-Adresse ist vor Spambots geschützt! Zur Anzeige muss JavaScript eingeschaltet sein.

 
Subject: Australian Water problems, comprehensive solutions</sup>

<sup>of Eric Hoyer, known with the solution European water supply


Water of Papua New Guinea for the Australian water supply and stockholding</sup>

^{up to 2 billion cubic meters Wassert stored or made available}

^{The required quantities of water are needed huge amounts of water and go far beyond previous}

^{efforts. With regional water ponds can no proper water supply will achieve! Water supply of the whole}

^{of Australia has much more powerful that the water supply from Australia be construed in ensure in}

^{the next 30 years.}

^{Regional water accumulations are completely insufficient to aim at what in the near future, therefore,}

^{I propose my model Eric Hoyer,}

^{To test water from Papua New Guinea for the Australian water supply to remove a Support of the}

^{existing water storage as a tremendous solution model by Eric Hoyer river water from z. B. May}

<sup>Koussa at half past Australia to supply so / Supports

This writing and content is determined for the government of Australia. If only the first case of</sup>

^{CSIRO Land and Water, CSIRO Black Mountain, Canberra, Australia, Diese E-Mail-Adresse ist vor Spambots geschützt! Zur Anzeige muss JavaScript eingeschaltet sein. gone. This}

^{was unsatisfactory and can not quite represent Australia, this can only be the government and its}

<sup>deputies, who represent and not water firms in particular the population and their interests.

 (Sorry, no proper information can be obtained from the rivers  May and Koussa Wassi. The</sup>

^{information I got laboriously from other reports. But these details have been enough for now to give}

^{an approximate Infomation) - 10.08.2015 -}

<sup>Dear Sir or Madam,

I deal with the European supply, distribution of water in Europe "Euro-water" this is only possible in</sup>

^{Europe through Norway and Sweden and Finland, in to the south of Europe, as they have the amounts}

^{of water and exit points, the amount of water biologically environmentally and financially would be}

^{justified justifiable. Professionals holding congresses from without an actual solution approach to}

^{explain. There are indeed factual national solutions but picked up a solution for z. B. Southern Europe}

^{has not even made the approach. In my website Euro Water Supply Eric Hoyer I have the og European}

^{solution introduced as the only acceptable overall solution that would also be acceptable from the}

<sup>water intake and withstand the biological balance and objections

From my experience of above mentioned European solutions,</sup>

^{I would like a suggest great solution for the whole of Australia namely with}

<sup>Water of Papua New Guinea for the Australian water supply and stockholding


It is only when water pipes of Papua New Guinea are being built across the north of Australia in the</sup>

^{South and West. And optionally from Tasmania to South Australia, the Northern connection, about}

^{Papua New Guinea is certainly easier and less expensive. Since there only 185 kilometers would be to}

^{bridge to the northern tip and the water depth of the Torres Strait should be only about only 12 meters}

<sup>deep.

(West of the Torres Strait lies the Gulf of Carpentaria, Which Reaches depths even only up to 53</sup>

<sup>meters.)

 

Australian water supply with additional water pipes of Papua New Guinea for an independent</sup>

<sup>Australian national solution to the existing projects

Eric Hoyer:</sup>

^{An outflow of the Mai Kussa Rivers on PN is appreciated by me:}

^{Approximately 2,000 m breadth of the river, x 5 meters dedendum = 10,000}

^{m³; Flow rate 0.72 m / s = 7,200 m³.}

^{.. 7,200 m³ x 60 sec = 432,000 m³ x 60 sec = 25,920,000 hr x 24 hr = 622 080 000 cubic meters of water x}

^{30 days = 18.6624 billion m³ River water;}

^{By 10 months = 186.624.000.000 m³ water flow of the MAI Kussa Rivers,}

^{The estuary of the Mai Kussa has been described by increased water level and flow concern in other}

^{areas of aquatic plants and their inventory.}

^{http://www.ramsar.org/sites/default/files/documents/pdf/lib/hbk4-07cs15.pdf}

^{"Estuarine Waters}

^{- At the outfall of the Merauke, Mai Kussa and Wassi Kussa "}

^{there until 1970 obviously no particular useful reports of this area. Before that are predominantly of}

^{the population and set out the dialects on PN in particular.}

 ^{the only useful, Addendum of 30/07/2015}

^{http://library.wur.nl/isric/fulltext/isricu_i1594_001.pdf}

 ^{(Please see further below Infromationen, data  Lake Agyle.)}

<sup>the search also brought in the CSIRO no useful contribution to May Koussa and Wassi Rivers in PN, so far!

An indication of the very productive rivers in PNG was described which would be able to cover the whole of</sup>

^{Australia with Wassser now anyway.}

^{I have described in my model Water Solutions Eric Hoyer, for Australia would be about 170 billion cubic}

<sup>meters of water a year from May Koussa River

Rivers.
The spread of population o.6 people on the km² in this District is very low. Villages or Städe there is little,</sup>

^{as is obviously no industry exists. Niedeschläge at the bottom of Wassi and Mai Kussa are up to 2,000 mm}

^{in fall, at the top of up to 4,000 mm / annum.}

^{So far from the sighted reference books were not the river depths and useful information relating to the area}

^{of ​​the Western District or East of Papua New Guinea to find.}

For dese area there is little information!

<sup>Mai Kussa River

The rivers such, as of May Kussa River, the lower reaches to more than 2,000 m wide, Mai Kussa</sup>

^{River, etc. which allow a very large amount of water, here it is mainly about the large amounts of}

^{water that make the rivers available could. Here was not tested whether to initiate the river factories}

^{or mines their water there - this information was not currently available - as is the case at the Fly}

^{River. Attention is drawn to the large quantities of water that could cover the needs of entire regions}

^{in Australia to Victoria. As this water flows in the Torres Strait and the Pacific, is at suitable locations,}

^{at several rivers in Papua New Guinea, the removal of up to 3-10 million  cubic meters of water a day,}

<sup>- estimated - .

        The rains in the region around Mai Kussa River amount to approximately 4.000 mm per year.</sup>

^{These can vary greatly, but there are relatively high water levels exist. The water depth in front of}

^{Papua New Guinea to the northern tip of Australia is about 185 km wide and from there it goes into}

^{the Gulf of Carpentaria, which is actually a depth up to 53 meters, still flat. Wherever the water pipes}

^{are then passed along to the country, it is essential where the potential distribution stations will be.}

^{From the north of Australia in the South, East and West, many water systems are available and can be}

^{used with the reservoirs. Depends on political decisions and their necessary supply to the population}

^{and the country with water. And optionally from Tasmania to South Australia, the Northern}

^{connection, about Papua New Guinea is certainly easier. Since there only 185 kilometers would be to}

<sup>bridge and the water depth of the Torres Strait should be only about only 12 meters deep.

(West of the Torres Strait lies the Gulf of Carpentaria, Which Reaches depths even only up to 53</sup>

<sup>meters.).


        Optionally you can check if a water pipe from Tasmania to South Australia, can be laid feasible</sup>

^{and cost-effective. This interesting connection to the south of Australia would also deliver a relatively}

<sup>large amount of water from the island of Tasmania in Australia.

 
 By some lines, the external water supply above could end stage about 400 million square meters, and</sup>

^{in times of need in up to  2 billion cubic meters Water stored or made available, and so enter a much}

^{better situation than at present. If a large part of the waters of Papua New Guinea is not needed -}

^{because the rainfall was good - so all reservoirs can be filled primarily, excess water can in suitable}

^{sandy soils, porous structure soils are irrigated for storage and as a reserve for annual available}

^{provide. Through constant supplies from Papua New Guinea, a very high power to possibly about 1.2}

^{billion m ³ be guaranteed and secured in times of drought by water exchange among the provinces. For}

^{these reasons, the national water supply is set up and dissolve the other, or to insinuate in their areas}

^{of national coordination.}

^{With kind regards}

<sup>Eric Hoyer

20/06/2014, 30/05/2014, 05/05/2015, 08.05.2015, B</sup>

^App.:

^{Amounts of water that the rivers Mai and Kussa Wassi Papua New Guinea have}

<sup>Part calculation and description of the location, etc.

When calculating down only May Koussa flow is integrated and the Wassi goes unnoticed. Note when</sup>

^{flows are connected connected from approximately the middle of the flow path at a location. (The Fly-}

^{River is connected at any point with the aforementioned rivers and is far away. Because of the Fly}

^{River is heavily polluted by mining. What the two May Koussa and Wassi are not, as far as existing}

^{research.
May Koussa river system consists of the main flow and min. 21 tributaries, where min. 4 are larger. In}

^{about the middle of the length of the MAI Koussa the river divides in Jaru, which is obviously then}

^{connected to a somewhat smaller flow the Wassi. (By Dave Jarvis, there can drive about 6 m motor}

^{vessels points to considerable depths towards this is in the upper river course) This river rises below}

^Gubam.

^{Position is in the south of PN}

^{Both rivers Wassi and May Koussa lead before Kawa Iceland and Australia belongs Boigu Iceland}

<sup>and opposite the northern tip of Australia

Breadth of the river in 2000</sup>

^{Depth about 5 m 10.000 x 1.2 m / sec}

^{Flow rate - assumed there is virtually no information about these lonely places, because the people live}

^{mainly in the higher mountains ..- 1.2m sec = 12,000 m³ / sec}

^{The rainfall for this area of ​​PN will provide up to 1,800 up to 4,000 mm per year.}

^{Since the Gulf and the sea space in front of Papua New Guinea in part is only 12 meters and the Gulf}

^{to Australia only to 58 meters deep, so pipes can be laid quickly, laying ship sets about day 1.5 to 9 km}

^{away.
The estuary of the MAI Koussa is due to increased water level and flow - described concern in other}

^{areas of aquatic plants and their inventory. http://www.ramsar.org/.../f.../documents/pdf/lib}

^{/hbk4-07cs15.pdf}

^{"Estuarine Waters}

^{- At the outfall of the Merauke Mai Kussa and Wassi Kussa "}

^{there until 1970 obviously no particular useful reports of this area. Before that are predominantly of}

^{the population and set out the dialects on PN in particular.}

^{So far, the search also brought in the CSIRO no useful contribution to Mai Kussa and Wassi Rivers in}

^{PN, so far! The single of possibly 25 reports are this again}

^{http://library.wur.nl/isric/fulltext/isricu_i1594_001.pdf}

^{Is a contribution to the land utilization or fitness for agriculture etc.}

^{Well, because details of torrential rains highs and lows of the flooded areas. There the inundation}

^{heights are described on land here and there. This is of course not to the river depths.}

^{Calculation -see also extra charge - of the available total river water is about 200 billion cubic meters}

^{of river water from only one river May Koussa on PN.}

^{7,200 m³ x 60 sec = 432,000 m³ x 60 sec}

^{= 25,920,000 hr x 24 hr = 622 080 000 cubic meters of water x 30 days = 18.6624 billion m³ water flow..;}

^{By 10 months = 186.624.000.000 m³ River water of Mai Kussa Rivers, Note: this assumption is}

^{estimated and is obviously at the lower limit, but because there are no figures on the depth of May}

^{Koussa Rivers had to do so. This means he is not only 5 feet deep, but 15 meters or more as tripled this}

^{og Amounts of river water.}

^{An indication of the very productive rivers in PNG was described which would be able to cover the}

^{whole of Australia with water, now anyway.}

^{I have described in my model Water Solutions Eric Hoyer, for Australia would be about 170 billion}

^{cubic meters of water a year from May Koussa River}

^Rivers.

^{The spread of population o.6 people on the km² in this District is very low. Villages or towns, there is}

^{little, as is obviously no industry exists. Precipitates at the bottom of Wassi and May Koussa will fall}

^{to 2,000 mm a year, at the top of up to 4,000 mm / annum.}

^{So far from the sighted reference books were not the river depths and useful information to be found}

^{in relation to the area of ​​the Western District and East of Papua New Guinea.}

^{The pump should primarily of electricity from solar plants to the consumers - are produced - pumps}

^{and equipment.}

^{High pressure more water from Papua New Guinea can be pumped with my method within one year,}

^{as all dams in Australia have together on mass (when water in these exist) have.      ( May have inflow}

^{of water per year )       I start from normal water levels, the sin predominantly low partly at drought}

^{only 5% volume.}

^{Would you still hold an argument against it, or we begin soon to solve forever on the biggest problem}

^{in Australia?}

^{The technique of the pump is standard and can be operated if necessary with even higher pressures.}

^{This means about 10 - 20 billion cubic meters of river water can sometimes be pumped for a few}

^{months. If gas and oil with enormous pressures - pumped up to 200 bar - are, why not water. (The}

^{opposite stance liters of oil or gas costs more, so as not to lead, as the follow-up costs of the drought is}

^{much more expensive, also need not be constructed of other national projects or can be reduced}

^{through my process to millions. The fact remains that increasing population numbers and the never-}

^{ending droughts decimate not only people, goods and finance but the drought can be years of efforts of}

^{farmers to leave the land of culture become productive, deserted and dilapidated. The land is to steppe}

^{and desert more and more.}

^{I would refer only to the past 10 years of state reports at the moment.}

^{The Notice of introduction of alien plants and all organic substances, is not an argument, since}

^{forested thousands of years ago, Australia and a rich vegetation was present, these are not arguments}

^{of denial, which is to counteract scientifically. Only when the vegetation is recovering, the country}

^{water and clouds forming .. (Please read also my post climate change solutions and farmers help}

^{themselves with humus, but how. As well as biogas plants dangerous and not economical enough etc.}

^{verification in humus and greenhouse crops with early fruits bring the farmer a good use and sales in}

<sup>the region.)

Eric Hoyer

(Amended on 28.06.2015, 10.08.2015)



Water Calculation

Amounts of water which the rivers in Mai and Kussa, Wassi</sup>

^{When calculating down only May Koussa flow is integrated and the Wassi goes unnoticed. (Note the two}

^{rivers are connected from approximately the middle of the river course. The Fly-River is connected at any}

^{point with the aforementioned rivers and is far away. Because of the Fly River is heavily polluted by}

^{mining. What the two May Koussa and Wassi are not, as far as existing research.}

<sup>(14.06.2015)

River width 2000</sup>

^{Depth about 5 m 10.000 x 1.2 m / sec}

^{Flow rate - assumed there is virtually no information about these lonely places, because the people live}

<sup>mainly in the higher mountains ..- 1.2m sec = 12.000 m³ / sec

The rainfall for this area of ​​PN will provide up to 4,000 mm per year.

Since the Gulf and the sea space in front of Papua New Guinea is only 12 feet deep in some cases and the</sup>

^{Gulf to Australia is deeply only to 58 meters can be laid quickly pipelines, laying ship puts about a day min.}

<sup>1.5 to 9 km km. The order of this ship has set up a waiting list of about 1. 5 years.

Cable cross section is = 0.60 m (0.5652 m³ pump pressure = pressure condition in the conduit 4 bar = 2.2608</sup>

^{m, ³ sec x 60 sec = 135.648 m³ 1 minute x 60 minutes = 8138.88 m³ h. X 24 h. = 195 333.12, x 30 days =}

^{5.859.993.6 m³; × 10 months 58,599,936 m³ River water eg from Mai Kussa River to Papua New Guinea.}

^{Same pipeline at a pressure of 8 bar is in the same period about 117 199 872 m³ of water flow;}

<sup>Same pipeline at a pressure of 12 bar = 175 799 808 m³

186 billion cubic meters of river water from only one river on PN, Mai Kussa.</sup>

^{2,000 width x 5 m depth flow rate 0.72 m / s = 7,200 m³ x 60 sec = 432,000 m³ x 60 min.}

^{= 25,920,000 hr x 24 hr = 622 080 000 m³ River water x 30 days = 18.6624 billion m³ water flow..;}

<sup>By 10 months = 186 624 000 000 m³ River water

With 2 pipes of the same size approximately 350 million cubic meters of river water can be pumped out of</sup>

^{Mai Kussa alone.
Higher pump power for a certain time may result in a multiple of the above-mentioned figures.}

^{Can smaller diameter 0.30 m - diameter - and considerably stronger wall (here is not to let go of me and not}

^{my area necessarily) substantially higher pressures are generated, so can in emergency situations need a line}

^{of 2 min. 700 million m ³ / anno river water to be pumped. There are 2 lines available, this can m³ to}

^{approximately 1.5 billion flow of water from the river Mai Kussa  alone - without Wassi - be dammed or}

^{consumed for Australia.}

^{In state reports, the statement has been made, namely in the north of Australia falls much rainfall but the}

<sup>evaporation is almost as high as the average annual rainfall!

Available but are min. 186 billion cubic meters of river water from the Mai-Kussa in the year.</sup>

^{I suspect the two rivers in Ma  Kussa and Kussa + Wassi give off so much water, which would be enough for}

<sup>a huge storage in Australia.

The pump should primarily of electricity from solar plants to consumers - are produced - pumps and</sup>

^equipment.

^{The technique of the pump is standard and can be operated if necessary with even higher pressures. This}

^{means about 10 - 20 billion cubic meters of river water, so for a few months increased amounts can}

^{sometimes be pumped. If gas and oil with enormous pressures - pumped up to 200 bar - are, why not water}

<sup>at times of drought in the country.

High pressure more water from Papua New Guinea can be pumped with my method within one year, as all</sup>

^{dams in Australia together on mass     - may have inflow of water per year-     (available water is normal,}

^{except Tasmania) have.}

^{Would you still hold an argument against it, or we begin soon to solve forever on the biggest problem in}

^{Australia? In any case, this river water levels are released from May Koussa and the Wassi River the issue}

<sup>of water supply for the next 100 years.



Eric Hoyer

(06.07.2015,B)</sup>

 ^{Lake Argyle}

 ^{The storage capacity of Lake Argyle to overflowing at the spillway is 10,763 million cubic meters. 1973}

^{Reservoir was filled for the first time and remained there until 1984. Since then, it was too little rainfall to}

^{use the full capacity. The usable memory space is 5797 million cubic meters. At high tide the then}

<sup>overflowing reservoir can 35.000 million m³ grasp and cover an area of ​​up to 2072 km².

Insertion of <http://www.linkfang.de/wiki/Lake_Argyle></sup>

<sup>Here is listed how many years falls only insignificant rain!

The evaporation rate in this region is very high. (About 38 to about 45 degrees), it is estimated by</sup>

^{experts - see note in my posts - roughly the amount the account has fallen to rain. This is about the}

^{amount that is in 1973-1984 total fell.
Thus, such a project as Lake Argyle is the evaporation and the thousands of kilometers away, a risk}

^{with immense costs involved, but they can be destroyed in a few years with little or no precipitation.}

^{therefore this huge reservoir is only for the region of importance!}

^{As long as no areas of reforestation, thus ecological spaces can hold water, air are built determinative,}

<sup>so can also be no clouds and climates form. This is true for some parts of Australia as a whole.

My method, huge amounts of water from the rivers in May and Koussa Wassi PN can often by existing</sup>

^{lakes and lines in the east of Australia - where more people live and water is consumed - its}

^{justification and financial feasibility is present acquire.}

 ^{Visitor: 19.06.2015, 281; 22.06.2015  334, 28.06.2015, 412, 13.07  2015  500;  08.08.2015, 720 ;}

^{Eric Hoyer}