Impeller- pump Air-conditioning system Save %75 electricity in all buildings & its price 50% only
US patent 8967274 link to United States Patent and Trademark Office
http://patft1.uspto.gov/netacgi/nph-Parser?Sect1=PTO1&Sect2=HITOFF&d=PALL&p=1&u=%2Fnetahtml%2FPTO%2Fsrchnum.htm&r=1&f=G&l=50&s1=8967274.PN.&OS=PN/8967274&RS=PN/8967274
JPS = 2 tanks, 1 Impeller
pump, 2 valves, 1 sensor.
The compressor world
will come to an end.
Compressor uses %100 electricity.
JPS uses %25 electricity.
Any building has a cooling system can with few
hours replace its compressor with a JPS and save %75 electricity. And get its money
back within one month.
In New buildings they put JPS
in their cooling system from the start and save %75 electricity. And get their
money back of the entire cooling system within few months.
Contact: brysam2@yahoo.co.uk
cooling system US patent 8967274
https://www.youtube.com/watch?v=7KE-25nh7qg&feature=youtu.be
US patent 8967274 Self Priming Pump
US patent 8967274 reviving depleted oil fields
US patent 8967274 Self Priming Pump LNG cooling system 3D
How
is JPS system different
than other systems?
It
is flexible, scalable, cost-effective, efficient, multi-use and easily
deployable in variety of settings. One feature stands out; unlike current
systems, the JPS will continue pumping regardless of the presence of bubbles or
pockets of air in any part of the system.
For what purposes can it
be used?
The JPS can be used for pumping gases and
liquids, cooling buildings and food storage warehouses and ships carrying food
or liquid methane, Gas liquefaction, and extraction of oil from abandoned or
semi-depleted oil fields.
Examples
of how we use the JPS?
Pumping
water from rivers and ponds to homes and fields
Keeping
meats, fruits and vegetables cold in large supermarket freezers and onboard food
transporting ships
Cooling
large residential and commercial buildings
Extracting oil from abandoned and semi-depleted oil wells 
What
does JPS consists of?
The
JPS has three main components:
1. Two
durable tanks
2. An impeller
pump
3. A set of
pipes fitted with valves to control and regulate the flow of liquids and gases.
What
else makes the JPS unique?
The
JPS can easily be fitted into currently operating systems; its “plug and play”
feature eliminates the need to install a whole new costly system or abandon the
main structure of currently existing systems.
How?
Provide an example?
For
example, to replace the cooling system in an apartment building with the JPS we
simply:
Connect
the two tanks to existing evaporator and condenser
Replace
the inefficient crankshaft pump with an impeller pump
Connect
the set of pipes to the two tanks, impeller pump, evaporator and condenser
Why
use an impeller pump instead of piston pumps?
Piston
pumps have very high initial cost, consume disproportionate amount of energy,
high cost breakdown maintenance, impeller pumps will eliminate all above
problems.
How
long does it take, for example, to fit the JPS system into the AC system of
high-rise building, cooling system onboard a ship or large commercial food
freezers?
The
installation operation may take 3-4 hours?
But
how is that possible?
The
JPS will be pact and transported in five pieces.
1. Tanks: Two
of them
2. Impeller
pump.
3. A set of
pipes fixed with four two-way valves, or fixed with two three-way valves: two
sets of this unit which consists of pipes and valves.
The
five-part JPS system is designed to be connected to each other and to the
evaporator and condenser so easily and quickly. Every thing is designed to be
connected by a turn of bullets of screws. All this will be done in less than an
hour after fixing the tanks and the pump in their positions.
The
two tanks are manufactured in different sizes to accommodate customers’
specific needs. Appropriate Impeller pumps will be identified and bought from
well-known international pump manufacturers. And finally, the set of pipes
fitted with three-way valves or two-way valves are mass-produced and come in
different sizes per clients’ needs.
But
how do we determine the right size of a JPS system needed, say, in a high-rise
building, onboard a ship used for transporting meat across the Atlantic, or
pumping water from a river a mile away from a farm?
Based
on clients’ requirements exact calculations will be carried out to determine
the corresponding JPS System required to meet their needs. For example, the JPS
System needed in a 50-story high-rise residential building will be a lot larger
and more powerful than the one used in 10-story building; the number of
apartments, common areas, whether the country is located north or south of the
equator will determine the size of the JPS system to be used.
Who is the target of JPS?
The
JPS system is appropriate for both existing and new customers. Brand new
customers can use the JPS, which can also replace current operating system in high-rise
buildings, large food storage freezers and onboard ships.
Will
customers save money?
The
cost of purchasing and installing the JPS is 20% the cost of current commercial
operating systems. Customers will see a massive 80% drop in their energy bills.
Clients will recoup their investments in less than one year.
USPTO application 13536446 revives depleted oil fields.
http://www.youtube.com/watch?v=GP0VkuoYMpA
USPTO application 13536446 Liquefying methane
http://www.youtube.com/watch?v=O_hfh7uwp40
USPTO aplication 13536446 cooling system
http://www.youtube.com/watch?v=FmfnkAta5qE
USPTO application 13536446 air compressor flv
http://www.youtube.com/watch?v=QgX3tnUctFE
USPTO application 13536446 magic pipe switcher
http://www.youtube.com/watch?v=OzwWjGmGjgs
http://www.youtube.com/watch?v=GP0VkuoYMpA
USPTO application 13536446 Liquefying methane
http://www.youtube.com/watch?v=O_hfh7uwp40
USPTO aplication 13536446 cooling system
http://www.youtube.com/watch?v=FmfnkAta5qE
USPTO application 13536446 air compressor flv
http://www.youtube.com/watch?v=QgX3tnUctFE
USPTO application 13536446 magic pipe switcher
http://www.youtube.com/watch?v=OzwWjGmGjgs
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