No UK heatwave

summer is too short!

In the UK, a heatwave is officially defined as at least three consecutive days where a location experiences daily maximum temperatures meeting or exceeding a specific threshold, which varies by region. This threshold is typically higher in the south and east of England compa periods.

In 1976. was a heat wave 3 months of blistering hot sunshine. 3. days is just summer happens every year. And it is remarkably easy to sort out warm periods.

I first want a saucer carver 0 electricity. luckily exclaimed to me 2001 professor Z If we have a steam plasma They asked steam molecules in turbulent flow - which does nuclear fusion. Arthur explained in the 1795. acrylic paper Columbia University published Before the world really understood nuclear fusion/

verticals of smashes also molecules and you just hate light leg rays/ a plasma burn.

1 H₂O+PL → 2(E²+L+X-ray)

Verify that a 30x1.5cm Same 1000 Fujitsu Constant carbon zero 1MW of heat. A thermoelectric generator. basically authorion thoughts linked to somw power electronics 1. 3. 6. Constant 605. kilowatts Of 3. phase AC electricity. electricity. that would join a monthly feared from the national grid of 15,000 UK pounds.

So you get a source of 65kW of 3. phase means electricity. Carbon zero electricity is really that simple to produce!

For years at electricity to drive little pumps. and double the fresher on regular air - 3rd through anaerobic salt crystals to remove the water wafer. which complicates matters. From Chemical Engineering taught to me in 1980 2. at Sheffield University.

They dump that heat to rivers or the sea. The water temperature is raised by lesson 0.002^o|C degree C .We transfer that eh now 10^oC 2. above the Kent countryside.

When the air issues to the free air it cools 273^oC. The pressure temperature It's given by the gas constant. You double the pressure, and drop the temperature in degrees Kelvin by 273.When we dropped the pressure back to 1. atmosphere the temperature in degrees Celsius drops by 2703. degrees Celsius.

the ultimate cold blast. which mixes with the ambiant air temperature by 20° C. Of a pleasant 21^oC. The engineers at Kent University should be all over this.

The major university in Kent is the University of Kent, with its main campus located in Canterbury. It was founded in 1965 and is a public research university known for its diverse academic offerings and vibrant student life.

As it describes how we can have a Calvin Zero file system that faces a small fortune! I will call the temperature around Kent by 20^oC . 

In the winter we can invert the system to suck heat from the cold sea waters, and wore the air in the north of England from a freezing -5^oC to a very pleasant 21^oC.So forth in flight growth throughout the year !

turning carbon dioxide into font virus throughout the year. and the system phase at 15,000 UK pounds every month. Which I can't act in the fire industry are not happy about! Cover zero electricity that fares an absolute fortune continuously.

Improving the Lancashire climate + electricity that pays

UK climate control

  Location in the north of England, is usually too cold.  Then three days a year it is to hot.  I am actually extravagant and now owned an air conditioner for 20 years since I moved in Sheffield.  I use it so little it will outlive me.

Any condition as are driven by the 19th century science devised as the Carnot heat pump.

1824

A Carnot heat engine is a theoretical heat engine that operates on the Carnot cycle. The basic model for this engine was developed by Nicolas Léonard Sadi Carnot in 1824.

When you pressurise a pure gas, it gets hot!  It skills according to the absolute temperature.  Which is degrees C plus 273.

1 T₁P₁=T₂P₂

So we start off by adding 273 to the ambient temperature.  You burn the open air or preferably a body water.

If we double the pressure

2 P₂=(T₁+273)/2-273

So if we take air at 20⁰ C, we can easily heating to up to 293 degrees C by exposing it to the pure gas drying in heat from the ambient air, and doubling the pressure.

When we vent the pressure on a pure Carnot gas, such as nitrogen, it will get down to -20° C.  And we draw in low temperature thermal energy from the atmosphere, we will melt the ice of the car for a column called by the low pressure and temperature nitrogen.

It is perfectly possible to use the heat pump cycle, to heat a house of nitrogen gas driving heat from a frozen duck pond in winter.

It is all due to the magic of the Carnot cycle.  The first year engineering thermodynamics.

Carnot Cycle

NASA (.gov)

https://www.grc.nasa.gov › www › airplane › carnot

carnot cycle from www.grc.nasa.gov

The Carnot Cycle has performed as an engine, converting the heat transferred to the gas during the processes into useful work. A similar Brayton Cycle explains ...

We are all familiar with the Carnot cycle as it dries or refrigerators all fridges.  Where non league cold half of the Carnot cycle, the low pressure gas draws in thermal energy from the inside of the fridge or freezer.

And as we pressurise the gas we lose the same thermal energy as high a temperature to the warm air of the kitchen, threw a little radiator panel.  Which is why we can feel the hot radiator at the back of the fridge.

So we can use the cycle to heat our call the air in a city, which has a convenient river running through the city centre.  The ultimate its income a source of thermal energy.

In the winter we arrange it so the high pressure end is losing heat to the city air.  In the summer we have a low pressure end sucking in the heat from a hot air, and losing it to the body of water.

If we have no access to a suitable river or lake, we lose C heat to the high atmosphere, and loser coals to radiator outside the city limits.

For a house or and this system is great, as nitrogen gas is based C given away by the gasification people for nearly free.  And they can heat our cool the house use it to add or subtracy heat via plastic tubes.

This is 18th century science.  But by the 21st century we can do better.

We have a 30x1.5cm non pressurise steam plasma.  Validated to release a constant 1 MW of carbon zero heat.  As the plasma burns a miniscule volume our steam into massive heat, there was a light and potentially lower power X rays.

1 H₂O+PL→2(He+E²+(X-ray)) so turning just 10⁻ⁱ⁶cc our the regular water into massive heat the light and perhaps lower power X rays every year.  A volume two tiny ever to measure in 1000 years.

We start the plasma off with a spring loaded 5 cc water reservoir.  Just in case my calculations are slightly wrong.

We generate a constant 1 MW of carbon zero heat.  A1300 UK pound thermoelectric generator, will turn into a constant 65 kW of mains AC current.

So we utilises 90 iving gas and A pump, to draw in low temperature heat from the open air, as we pressurise the gas if it is 293° C.  Which use to drive a central heating boiler.

In the summer we reverse the heat pump cycle, and call the central heating water down its use 5° C.  And provides under floor cooling.  Nice!  So in the winter we have under floor heating.

And in the cellar get under flour cooling.  And we generate 65 kW of carbon zero mains AC current.  Any house needs just 8 kW of electrical power on Christmas day.

So we're going to be selling the a 60 kW of electrical power all year around.  The hot areas like Flor had all or California, the get free E carbon zero electricity and space cooling for free.

In lancashire we get R three heating through the cold periods.  And all get free carbon zero electricity.  The answer to manmade global warming climate change.  But the climate santis are obsessed the cancer research funding from uranium nuclear power, not so much by actually doing useful work!

Green plants on land and sea suck in carbon dioxide to form plant biomass all day for spring through to autumn.  The additional had a 0.0002% carbon dioxide released five mankind burning the fossil fuels - that use to V plant and animal biomass in prehistory.  Is so us all back into active plant biomass within 5 minutes.

Leaving just a static two parts per million carbon dioxide in the temperate air there for last 11.2 thousand years.

If you know a climate pundits, by now a book on high school biology from your nearest bookstore.  And going to shred the spurious papers they've rates on behalf of uranium nuclear power.

Carbon dioxide levels the it by nature.  Every year in the arctic winters photosynthesis on land and seas shuts down.  We have a horrendous four parts per million carbon dioxide in the air.

And the lowest natural temperatures on earth.  Down to -80° C above the Antarctic ice sheet.  -50° C above the arctic ice.  More heat is carried by the oceans to the north pole.

So every house owner can fire up your own 30cm steam plasma and get a that lovely carbon zero 1 MW of heat.  Utilising and 1300 UK pound thermo electric generator it get out 65 kilowatts of three phase mains AC current.

At the national voltage and linked to the natural AC frequency waves.  Which gives house owners an annual income from the National Power grid of 180 thousand UK pounds.

A millionaire's income without any fossil fuel burn, or handling of hyper toxic radiation and materials.  Which would require the source earth massively expensive radiation handling licensed and by oak ridge nuclear in the U.S..

We basically have a 30cm lightening strike catch it in a glass cylinder.  Fired up user high voltage electronics borrow from a secondhand fluorescent light.  Giving us that lovely annual income of 180 thousand UK pounds.

And we get carbon zero heat and electricity.  And in the so the hot summer months the get three oh cooling.  Using 18th century science.

Cool the European summer

Nice and cool

  I am pleased to see that the UK is now experiencing low temperatures! as I have been working about this idea for the UK. it is in 1950s idea of the heat pump.

We can either utilize a little solar panel, other ways as a source  of cheap electricity. we draw in air, over a salt to remove the moisture. then we have a little pump. which doubles the pressure of the air.

Which gets mad hot! we convert the temperature in degrees Celsius, into degrees Kelvin -  by adding 273. that is now the absolute temperature! the temperature and pressure scale to equal the gas constant.

So if we double the pressure the air is now 330 degrees Kelvin. we do that hate various stainless steel helix and the body of open water like the sea. which heats up 0.5 degrees C, and then flows out to the way! So we warm up an immense volume of Regular water.

It holds a thousand times more energy than air does. so do not really warm the water, but we do core the Carnot, pressurized air down to 240⁰ K - -23⁰ K.

It takes very little pumping pressure to vent this code air it turned meters above the Grand in a  public area. it's like we have suddenly erected a waterfall, but that water in the middle of town.

So rather than 40⁰ C, the air is not so much more pleasant 20⁰ C.so all round areas of Europe have access to a lake or the sea, we can drop the temperature by 20⁰ C.

And in the cold winter months we send the loew temperature air down together in heat from the body of water. and there is a high pressure heat via an aluminium  helix enter the air at low level.

So warming up Europe for free! All 1950s silence.

2023 may be hot

Cool the heat

So 2023 he could be a scorcher or a wash out.

The UK could be in for some warmer weather as temperatures look set to hit their hottest so far this year.

The Met Office had previously predicted milder temperatures in the coming weeks, and now forecasts suggest that the mercury might right to the highest we've seen so far in 2023.

After a stormy week, most of the UK is set to return to warm conditions this weekend, with highs of 14C expected in London on Saturday afternoon and 16C in the south east on Sunday.

The warmer weather is likely to continue next week, and the Met Office has reportedly predicted highs of 19C in London between Friday (21 April) and Sunday 23 April.

We can fix it!  Using 1950s technology: the heat pump!  A rising or falling body of air generates a little electricity.  Which will drive a system!  We start off the farm using steam off peak electricity.

In the summer we pressurise a gas like nitrogen - which is so cheap the gas company is throw it away!  The temperature of the gas scales with the gas pressure.

If we double the pressure on the gas it he set by 270° C.  Which is quite warm.  We lose that heat to the seas, that the water that flows up past lancashire.  That is an endless source of coal water waiting to take the heat away.  The surface water is at 10° C.  De Vere down is is at 3° C.

We actually end up heating up thousands of gallons of water, by 0.1° C.  This nature were more notice.  Then we vent the pressure on the gas.  And it cools down to -260° C.

We can do this system on waterways - but the seas are best.  And we then call the air down.  So preferably we have plant the gas inshore, so we call down the summer air.

Guide to a pleasant 20° C.  We form a cooling mist, as the water condenses out of the hot air.  So they make oh really temperate weather during the hot summer months.

We had just come out of the winter.  Where we invert the pressure system.  The first to call the people gas down to -260° C.  And this cause them they sea water by just 04 degrees C.

When we pressurise the gas we lose it via an aluminium helix.  In the seas we utilised a stainless steel helix.  As are the real reacts with seawater.

So we heat up the air, from -2° C to 20° C!  So we produce warm winter months.  I have already had talked about generating free heat and light using a steam plasma.

Which shines like a lightening strike!  Illuminating on a warming the ground.  So we have sorted out the weather extremes!  Using 1950s technology.

Let's have a white Christmas

Fet it snow

Engineers have known for 150 years her pressurising and venting a gas will answer from heat into and out of bodies of water.

The History of Heat Pump Technology - Finn Geothermhttps://finn-geotherm.co.uk › the-history-of-heat-pumps

Heat pump technology has been established for more than 150 years and the first ground source heat pump was brought into use more than 70 years ago.

So to add heat to a local environment we pump a low pressure gas down into the can now or river system.  Or just so much lake.  We use a solar powered pump, to use the waste environmental energy, that is basically free during the day.

I have written extensively hell up the steam plasma is free heat and power.  A 30x1,5cm steam plasma was confirmed by my American friend to release a constant 1 MW of heat.

If we drive the boiler room free steam turbine, a get out ½ MW of carbon zero power.  The home user can get an annual check from the power company, for three million UK pounds every year.  To get loads of carbon zero cheap or even free electricity!

We use our free power to drive a little pump.  And just doubling the pressure on a gas like nitrogen or ammonia, will raise the temperature barred 250° C.

So we suck the heat from the canal down to 5° C.  And the service water of regular water freezes.  The body water acts as a giant solar collector.  And remember her steam plasma, has basically give us access to totally free carbon zero power.  No fossil fuel burn and no radioactive materials utilised all produced.

We double the pressure of the gas, an issues have been temperature to 260° C.  So we have half the volume of massively hot steam.

We could use a steam to run a nice little steam cycle.  To again generate yet more free electricity.  Steam 190° C, will happily run a steam cycle.

We then use the exit steam to pass the heat to the air, using a large aluminium helix.  An adding that amount of heat to the air, will warm the air by 20° C over an acre!

So can warm air group of houses, or part of a town centre.  And we repeat the trick along the river or canal, and warm the whole of the city centre.

In the summer we are reversed the car no heat cycle, and now we call the gas down to -150° C.  This is seriously cold!  We lose their heat to the air via an aluminium helix our local the hill.

And the cold flows down the hills, providing free air conditioning.  Where he in November 2022, and four stone towards Christmas.

If we had one is little heat and cold pumps built, week in utilised the canal system in Manchester or Birmingham, to produce a white Christmas!

Over Christmas week we call the air down.  So it snows!  Usually really concerned about collecting and five being away the common state as water.  But now the cold in the air makes it snow!

So we produce a white Christmas week.  Which is pretty!  But not that practical for work.  So after Christmas week we turn our air heat pumps, into warming mode.

We pass the cold into the canal system, which acts as a massive sell the collector.  Gathering of free heat during the day from the sun.

Which we pass into a low pressure heat from gas.  My another little aluminium helix.  In the sea, we have to use a stainless steel helix.  There we have a truly channel as he collector.

As he concentrate the gas by pressurising it, we heat up they air by to them and 50° C.  It goes for around 5° C, to a much more equitable 30° C - though he spreads out over the local area.

So every group of houses of businesses, show in the construction cost of a little heat pump.  Which is very cheap!  I can cycle heat into a rare to the air, to improve the local climate.

So we warm the cold winter months.  Totally light the air, we need a network of my steam plasma is suspended in the air.  They turn regular water into heat light and X rays - just like natural sunlight.

1 H₂O+PL→E²+L+X-ray E²= 1 megawatt from a 30x1.5cm steam plasma.

Ideal for lighting of a garden or in the area with own town centre, to the light 247.  Every day of the year.  Plants will love it!  An we vanished the dark!

We have a light sensor above the steam plasma, to turn down the plasma pressure during the day - to just tick over mode.  During the night we prime at four atmospheres, to freeze a self sustaining plasma which they've rates light.

My calculations indicate it will get a constant 2.4 MW of heat.  They were sensitive light!  Obviously during Christmas week, we want to turn down the plasmas, so we do not melt or snow.

So we are make every Christmas white, if we have access to a canal and river system.  All areas in the world can fire up the steam plasma, to allowed light and heat.

Utilising just 10⁻ⁱ⁶cc of regular water a year.  Basically we never need to top up the system!  Leave that to our descendants.  And we produce a white Christmas, even in the Middle East!

Though they will probably be two staggered by the sight of snow, to realise how brown enough horrible it gets the next day.

Give Manchester a white Christmas

improve the weather

Manchester and Birmingham have a large canal systems.  Which are reservoirs of low grade thermal energy.  That really freeze over!  No turbulence within the canal itself, does molecular nuclear fusion, that stops the canals freezing all the way down.

1 H₂O+TU+P→He+O+E²+X-ray

This physical equation would suggest that the turbulent flow of deep water, should create my crew bubbles of helium and oxygen, plus heat!  That is what we actually find.  Deep water also releases X rays.  But the major heat input, is from a son light during the day.

This is why canals to get a coating of ice in winter, but do not freeze solid!

We can employing a little thermodynamic trick, to suck low temperature thermal energy out of this water.  And double the pressure - which raises the temperature by about 270° C.

It is the wonder of a heat pump!  We use a little solar panel, to grow like all the free electricity we need.  A 20 watt panel is great.

The temperature scales, according to the absolute temperature.  Which is degrees C class 273.  To make degrees Kelvin.

It all worked very very well!  We just need a source of low temperature thermal energy, like a canal or river.

During the winter there Watts is sucked heat as the air, and transfer rate to look in a water.

2 (T₁+273)P₁→2(T₂+273)x(P₁/2)

So if we double the pressure there are pure gas, no temperature doubles in degrees Kelvin.  Which is Celsius plus 273.  So when we convert the degrees Kelvin that degrees Celsius, we C we have actually heated up the gas by 273° C.

Heat pump - Energy Educationhttps://energyeducation.ca › encyclopedia › Heat_pump

A heat pump is a device that pulls the energy out of air for the purpose of either heating or cooling a space. This process is known as space conditioning.

Actually talked or injury students and their third year!  Pressurising and venting a gas is are efficient were to move thermal energy about.

For eight doubling the pressure of the gas like ammonia, we can suck their temperature thermal energy air to the canal, and heat up a local air pocket above our equipment, by 270° C.  This will obviously makes the the surrounding free air, but we heat up by the local area by 20° C.

And he had a succession of these units along a canal towpath around a mooring area.  And using 18th century physics, we have heated up the local air void 20° C.

You may argue that warm the air is OK, but it is still dark!  We have a network of little steam plasma tubes.  These convert regular water into heat light and X rays.  Massively effectively!

My American friend firm that a 30x1,5cm steam plasma release a constant 1 MW of carbon zero heat.  With light and lower power X rays.  Just like the sun emits naturally!

2 H₂O+PL→2(E²+L+X-ray)

So we have a network of ease of of the pox in Manchester, that during the dark, can emit massive free carbon zero heat, the light.  We obviously turn off these plasma is during Christmas week.  We want a white Christmas!

During Christmas week we circulate the low pressure Carnot gas to suck Ian heat from the air.  A localised cooling effect down to -180° C.  Mixing with the surrounding air, we are going to drop the temperature than 10° C, to -12° C!

And all the canals will boil slightly,, as they hit the cold air it will form snow!  All the sudden we have engineered a freezing Christmas with snow!  Which is all very pretty, and less to the schoolchildren at-home.

Then Christmas week is over.  And most of us will wish to return to work or study.  Now we turn the heat pump on its head.  We have a low pressure gas circulating through an aluminium helix in the canal water.  Deep down out of the shipping channels.

Now we lose their heat threw a little higher pressure the aluminium helix, in the free air.  And I was described above now we're going to have 280° C.  Which is pretty hot!  And that hot air one mix with the surrounding air, to reside temperature by 20° C.

Now we have a 1 minute January and February.  No cold early spring.  Which he is a major problem for getting around and doing anything.

We have used the redone and engineering from the 18th century, to modify its city climates in the 21st century.  And a little solar pumps are very very cheap!  It will be possible to use at her peak energy.  Which is fantastically cheap!  The cellar panel will operate for nearly free during the day.

So we give Manchester and salford a white Christmas.  Enjoy!  I last made a snowman when I was 12.  We have the snow covering in 2010, there was busy inside near a whole radiator!

Which would not have been very good for the snowman making any way!

White Christmas 2022

 

Let it snow

Every day the deep sea currents shuttle equitable heat towards the poles.  This enables life around the planet.  But week in use in the 18th century idea of the heat pump, to improve the heat flows.

In the UK people really dream of a white Christmas.  Which only arise every 25 years.  Though Charles Dickens lived in the little ice age, when there is why Christmas most years.

The idea is to take Ian heat from the air, into a low pressure gas.  And low pressure gases are cold!  When we double the pressure of the gas, a heat up by around 270° C.  So it gets mad hot.

We loses heat to the open sea, and the cold for the water will be sucked up, and heated.  For the steam bubbles on the surface of the sea.  Just like in natural volcanic vents around the seas.  So life he ceased to steam bubbles!

The high pressure gas will cool to 15° C.  So as we vent this gas so what is technically called a venturey nozzle, it'll call down to -170° C.  Which is very cold!

We pass the core gas through an open helix, which draws in the warm air, which is called and ejected as really cold air.  It makes with the ambient which cause ever 20° C locally.

If we do this over the Red Sea, and release the cold air in land, it'll form A cooling mist.  Which is just so excellent in hot countries like Saudi Arabia.  It is free local area air conditioning.

In the UK over January and February we cen warm the air, by reversing the venting a pressurisation cycles.  The hot high pressure gas, will he turn up the local area drastically.

Which or 1 January and February quite nicely.  Adding 20° C to the local air.  Annie is extensive canal system in Manchester or Birmingham, as heat sources.  They are gathering in the solar radiation every day.  Are obviously we can use the open sea.

Over Christmas week, we adopt the Saudi Arabian heat pump.  We cool the air!  Down to -20° C.  Where will form cold air and snow.  Making a Charles Darwin white Christmas.

There after Christmas week we heat at the air!  Making a nice warm spring of water are today winter months.

An we start off the heat pump using off peak electricity.  And drive a captive wind turbine, to keep the heat pump functioning as we would wish.

So we can call down Christmas week and the summer.  And to heat up by cold months of late autumn and winter.  Basically for free.  Merry Christmas!

Blast of cold air

cold air anybody?

We use a small solar panel, to drive a pump.  And we compressed air - but you then heats up a commentary absolute pressure.  It is Celsius plus 273 degrees.

So every double the pressure on the air we heat it up by over 250° C.  We then need a body of water.  A large lake or sea is ideal.  A suitably size river can also be used.

So we double the heat to the air.  And pump the pressurised air and for polyurethane cylinder.  When we vent the air it cools down, we will produce a blast of air is -170° C.  The turning is a bit severe.

So recommending mixing it with a blast of ordinary air at 40° C.  So regair years cold blast at 10° C.  That in the heat of a sunny day is very welcome!

And because the energy is supplied for free by the sun it is effectively free!  Or to pay for the small solar panel.  And a 20 UK pounds!

And this idea does not produce a blast of moist air - just regular chilled air.

Warming coastal resorts

Warm resorts for free

We have a large pipes had sunk in sea.  Through which people a low pressure gas.  Then we pressurise the gas!  And pass the heat to the large pipes over the seafront.  Which are now mad hot!

So we suck in the heat down to 10° C, but the related to the air at over 80° C!  By only giving a third row of an atmosphere increase the gas pressure,

But across the part network, we have steam plasma tubes.  These years a steam plasma to do a plasma burn or regular steam.

These them a had heat and light!  And we utilised summer the heat, to drive thermoelectric generator is above the steam plasmas.  We use by electronics to convert into mains linked AC power.

Which will drive all the pumps in the system for free!  We start off using peak power: which is nearly free!  Then the whole town can get the free electricity - from the heat we suck out of the seas,

The steam plasma is generated light and heat.

1 H₂O+P+PL→E²+L no X rays at the 3.5 atmospheres we drive the plasmas at.

So we have added heat to the air!  We turn down the system and in the summer.  They also as he is light - including ultraviolet.  So people get a wicked suntan.

C eagle or more of UK cancer results on the east coast of England, by 10° in the spring and autumn.  20° in the winter!  So rather than -5° C, the air is so much more half pleasurable 15° C.

A black full or light so driven by this free electricity.  And now or in the off season, Blackpool is full, of holiday makers enjoying the heat and light.  At no charge!  All the steam plasma is used just 10⁻ⁱ⁴cc of regular water a year.  Two small a volume even to measure.