Creating new opportunities for the victims of automation, globalisation and other threats
How should we respond to the apocalyptic forces that are taking away our jobs and dignity?
Simplistic solutions such as “Putting America first” and “Making an independent Britain great again” stir the blood but they create more problems than they solve.
On this page we will outline a LP Turbine based alternative that avoids the jingoism.
Essentially we have three aims:
(i) To create new jobs and dignity for people.
(ii) To create a sense of belonging by encouraging people of all ages to gel together as communities.
(iii) To counter the health threats unintentionally caused by modern living.
Some draft proposals to demonstrate how LP Turbines can help achieve
these lofty aims.
achieve these lofty aims.
1.1 Generating power in the UK and other countries with cool climates
LP Turbines cool their environment when they generate electricity. Domestic usage in built up areas will reduce the 'heat island effect', so that cities cool to near the temperature of the surrounding countryside. But, once cheap electricity becomes available, people will demand exotic applications such as outdoor space heating and thermal ice melting systems, to make their roads and pavements safer.
The law of conservation of energy tells us that we can't deliver these benefits by taking heat out of the environment we want to warm.
One solution would be to extract geothermal heat from the ground to fuel LP Turbines in winter. Then, during the warmer months, heat can be extracted from the air and the geothermal heat reservoirs left to recover.
In the UK, the ground temperature increases by about 25oC for every km we drill into the earth. This is quite adequate for powering LP Turbines.
Here are two suggestions for doing this.
(i) Tap into the heat in abandoned deep mining tunnels.
Using the air vents, warm air can be extracted and cold air injected.
Figure 1. The old time
miners may have gone. But the heat remains in the abandoned pits. Extracting
heat from flooded pits will not
be a problem because the warm water pumped out will be a usable source of
heat. [The accessible heat content exceeds the energy required to pump the
water to the surface.]
The old time miners may have gone. But the heat remains in the abandoned pits. Extracting heat from flooded pits will not be a problem because the warm water pumped out will be a usable source of heat. [The accessible heat content exceeds the energy required to pump the water to the surface.]
Build community power stations that generate electricity AND offer social facilities for the local
community. This prospect is only possible because of the clean, quiet
way in which LP Turbines generate electricity.
This prospect is only possible because of the clean, quiet way in which LP Turbines generate electricity.
First we will take a look at the main power generating features.
Figure 2. The underground heat is only tapped into in cold weather and at night.
This is how we can turn LP Turbine heat collection into a community asset.
Figure 3. Adding the community facilities increases the construction costs. But it appeases local people who fear that a power station “in their backyard” will devalue their properties.
Air pollution by incineration gases can be avoided because LP Turbine technology allows the CO2 to be captured and liquefied for sequestration. Our patent literature [patent numbers at the top of this linked page] explains how the heat extracted during the liquefaction process can be harvested for powering the LP Turbines.
Some of the CO2 can be added to vertical farm air, to improve the
rate of plant growth.
CO2 can increase crop yields by up to 30%.
[Adding CO2 can increase crop yields by up to 30%. https://fifthseasongardening.com/regulating-carbon-dioxide]
The carbon capture process is considerably simplified if part of the power station output is used to produce hydrogen for transport fuel by splitting water into oxygen and hydrogen. The municipal waste could then be burned in pure oxygen, producing almost pure CO2 combustion gas.
1.2 Using the low cost power generated by LP Turbines to rethink how we keep our communities alive.
Below we offer an outline concept for combining vertical farms with vertical
Our design is inspired by the work of Le Corbusier who created a vertical community for people in Marseille who had lost their homes in the Second World War. Corbusier’s design worked well in balmy warm southern France. We have added some extra indoor features to help build communities in colder climates.
The diagram below shows how this novel structure allows an interactive community to evolve.
Figure 5. Low cost energy delivered by LP Turbines will reduce the capital cost of building this type of settlement and also reduce their running costs. A key feature of indoor farming is that it can provide a steady output of crops throughout the year. This is less financially stressful and more dignified for workers, compared with seasonal work.
Fire safety standards will be higher than for conventional high rise flats because fire fighting crews and their hoses will be able to gain external access to the highest stories. The installation of multiple escape routes will also be easier. For example residents could escape via the vertical farm unit. The installation of sprinklers will be more cost effective because they will be needed for everyday use at each level, for horticultural irrigation.
The north facing vertical farm also provides cladding free insulation for the coldest face of the building.
(ii) Agricultural villages
The mechanisation of farming has forced young people to move from towns to the cities to find work. On this linked page we suggest how hydrogen powered robo-tractors could breathe new life into our rural communities.
(iii) Pit villages: The Coaltown Alps
Abandoned slag heaps could be stabilised and converted into ski slopes.
Abandoned slag heaps could be stabilised and converted into ski slopes.
Maintaining the 'ski resort' and providing customer services would create jobs at a range of skill levels.
Figure 6. Snow making machines demand a lot of power and water. We propose operating them in an environmentally friendly way by using LP Turbines to provide clean power and flood water from the mines for making the snow.
A wooded area at the base of the snow slopes would provide a buffer zone where the cold ‘mountain air' could warm up, to avoid chilling the neighbours. These cool woodlands would increase biodiversity by providing a different habitat to adjacent warmer land. They could also be used for roller cross country skiing and similar sports.
Woodland cafes and adventure playgrounds in the woods would provide a welcome retreat for families on hot summer days.
2 LP Turbines and their global prospects for new job creation
Artificial intelligence, factory floor robots and driverless vehicles can all replace human operators. This is a threat to jobs, especially low and semi-skilled work.
In contrast LP Turbines will create new jobs because low cost energy will allow us to do new things.
Here are some examples:
(i) Lower fuel and energy costs will release household income for spending on leisure activities and non-essential products.
(ii) Innovators will come up with improved technologies for sorting and recycling refuse products if their customers have access to low cost clean electricity.
(iii) Low cost energy will allow a wide range of crops to be grown in vertical farms. Many more foods could be grown locally instead of importing them.
(iv) In addition to protecting jobs threatened by climate change, LP Turbines would also allow interventions at a local level. For example adding artificial snow to rebuild glaciers that are economically important to the skiing industry is currently being discussed by Swiss engineers. [New Scientist, 6 May 3017, page 7.] LP Turbines could make this a reality without the scheme generating more global warming gases.
3 The Jobs Balance
LP Turbines are not good news for everyone. Some jobs will be lost, but more will be created. The biggest changes will be in the electricity generating and petrochemical industries.
3.1 Jobs lost in the power and petrochemical sectors
(i) Jobs will disappear in the large companies that supply our electricity and maintain our national electricity grids.
(ii) Jobs will also be lost in the petrochemical industry. Especially in the major oil producing nations. If they act quickly, the Middle Eastern oil producers should do well because LP Turbines will reduce the costs of greening their deserts. Russia, with its cooler climate, will not fare so well.
3.2 Compensating jobs gained in these sectors
(i) LP Turbines and localised power networks will all require maintenance. This may lead to an increase in jobs in the the advanced economies because electricity demand will increase.
(ii) Likewise, the infrastructure for a hydrogen economy will require staffing and maintenance.
(iii) Approximately 20% of petrochemical stock (or its bio-chemical equivalent) will still be required for manufacturing goods as varied as plastics and fertilisers.
4 Other sectors where LP Turbines will create jobs
4.1 Agriculture in cool climates
Vertical farming will allow a greater proportion of vegetables and fruit to be grown for the home market. Heavy crops such as wheat and maize are more suited for growing in ground level glass houses, or on the ground floor of low rise vertical farms.
4.2 Agriculture in warm climates
Glasshouse horticulture will become more attractive because the LP Turbines
employed to extract the heat could use the electricity they generate to
power seawater desalination systems. LP Turbines could also be used to
chill the crops for shipping.
LP Turbines could also be used to chill the crops for shipping.
4.3 The aviation industry
The adoption of clean, low cost hydrogen as an aircraft fuel will allow the
industry to expand and reduce ticket prices, while simultaneously reducing
climate damage. But this will not happen for many years. Due to the low
density of liquid hydrogen and the need to keep it very cold, aircraft will
need to be completely redesigned. It is likely that the fuel will be carried
in the fuselage and the passengers will ride in the wings.
4.4 Leisure and tourism
Reduced catering, power and transport costs will make leisure and tourism more affordable. Long term threats to the tourist industry caused by climate change and rising sea levels will also be reduced.
Reducing the energy component of recycling processes will allow a greater proportion of our finite materials to be recycled.
4.6 Manufacturing and retail
An increase in consumerism will be ethically acceptable thanks to more efficient recycling and low carbon footprint manufacturing.
4.7 The arts , professional sports and other live audience
, professional sports and other live audience entertainments
Reduced heating, lighting and transport costs will reduce the costs of
staging live performances and touring.
4.8 ‘The Money-Go-Round’
Creating jobs puts money in people’s pockets, allowing them to spend more on leisure, tourism and other none-essential items. This in turn creates more jobs.
4.9 Giving a little extra help
Lower heating, energy, food and transport costs will reduce the overheads for most businesses, encouraging them to employ more people.
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