MwSol Corp

MwSol Corp MwSol is a leading technology innovator for enhanced Oil Recover (EOR). We envision High frequency

09/21/2019

Steam is the most popular EOR METHOD globally because of its great economy factor. MW irradiation has even greater economy than surface steam injeection lets take a look.
Steam (themal) Flooding Advantages

* Help produce up to 30% of oil in place
* Poses few environmental risks
* Echonomy is main factor (1 barrel injected steam recovers between 30 to .2 barrels of oil)
* Most effective in thick homogenous reservoirs

Steam Thermal Flooding Disadvantages

* Steam price rises up to $20-$30 per barrel of incremental oil recovered
* Requires enormous amounts of externally sourced high quality water
* Seam turns to hot water when it cools
* Mixes with and produced with oil
* Hot water separation and disposal needed
*Steam injection depends on connectivity of porosity system
* Difficult to control in fractured reservoirs
* Produced hot water with large physical, biologic environmental impact (Especially in forest setting).
* Not suitable for thin reservoirs
* Difficult to control in heterogenous reservoirs (eg. highly fractured reservoirs)
* Thermal injection effectiveness depth limited
* Environmental impact - large footprint (enormous footprint for solar thermal steam
*Capital

MW Thermal Flooding Advantage

* Will produce same or better than 30% of oil in place produced by steam flooding
* Not impacted by porosity system
* No minimal reservoir thickness requirement
* Steam produced in situ from formation water
* Does not require high quality external source of water
* Mw will turn to steam all water when cooling causes a phase change
* Thus produces :dry" oil
* No need for hot water disposal
* Produces zero CO2.with battery operation
* No depth limit on in situ steam generation
* Fraction of capital expense associated with steam
* injection less than 1/6th

06/15/2019

Microwave heating moves from their to proven concept.
Field tests in Russia confirm rapid heat injection at Yultimirovskoye Bitumen Field by Sayakhov in 1980 the test confirmed deep heat pe*******on of 5 meters. Similar field tests in the USA demonstrated heat for production could be reached in 3 days as opposed to 3 years using low frequency RF heating. The major remaining challenge is drop reservoir hearting. Our hybrid system that use both microwaves and co fictive heatin will be tested.

05/17/2019

Petroleum is the most used heavily used product of crude oil. How ludicrous is it that people blame the oil industry for burning petroleum in their cars? However, there are a myriad of uses for crude oil that affects our lives – which means that reducing our dependence on oil may not be as easy as buying a hybrid car. Plastic, Clothing, Furniture, Insulation, Kitchen Items, Cars, Food, medical, pharmesudical and cosmetic industries. How many people are employed in it? so you want to eliminate the use of oil as fuel and go renewable energy route. That is all fine and good but do not fool yourself into believing the transition will be smooth. Renewables are incapable of providing the energy needs our civilization demands.

05/17/2019

Distorted statistics and facts about the oil and renewable energy industries is one of the biggest lies given the public. Statistics are easily manipulated by leaving out information or including information unfavorable for one industry or another. It's difficult to sort out fact from fiction. We will not engage in the lies or try to sort them out. I will take time to point out oil not renewable energy is the foundation upon which our civilization is built. you ought to be prepared for any negative impact on the oil industry to have a huge negative impact on the life you are used to living.While renewables may be the perceived panacea for energy needs. it is not without its own problems. Huge land tracts are needed by unreliable renewables. Nuclear energy is a far superior elective. but it nor green energy is yet capable of replacing the oil industry. Perhaps in the future nuclear fission will be come the foundation of our civilization?

05/16/2019

Distorted statistics and facts about the oil and renewable energy industries is one of the biggest daily lies delivered to the public. Statistics are easily manipulated by leaving out information or including information unfavorable for one industry or another. It's difficult to sort out fact from fiction. We will not engage in the lies or try to sort them out. I will take time to point out oil not renewable energy is the foundation upon which our civilization is built. you ought to be prepared for any negative impact on the oil industry to have a huge negative impact on the life you are used to living.While renewables may be the perceived panacea for energy needs. it is not without its own problems. Huge land tracts are needed by unreliable renewables. Nuclear energy is a far superior elective. but it nor green energy is yet capable of replacing the oil industry. Perhaps in the future nuclear fission will be come the foundation of our civilization?

04/05/2019

While writing about gamma ray logs that measure natural radiation in rocks. Much of the radiation come from uranium. Limestone in particular houses mostly reduced uranium. This element is highly mobile and tons of it float in the ocean. Marine limestone forms mostly in tropical oceans. Only when uranium gets reduced and fixed by organic matter does it get removed from the ocean. I never thought about uranium while swimming in tropical water. It would be interesting to know if the radiation regiaters on a geigercounter. Anyone ever measure this?

03/06/2019

Fossil fuel is the life blood of our civilization. It enables cogs to turn, wheels to roll and effects every aspect of our lives. It even makes earth’s climate more livable by powering technology that moderates temperature extremes. Alex Epstein eloquently shows that fossil fuels benefit rather than harm humanity. As such, it is our moral responsibility to unlock the known 6.4 trillion barrels of unconventional heavy oil and bitumen deposits. Fulfilling our moral responsibility face the headwinds of Intense environmental and political opposition. Emerging electromagnetic (EM) technology silences rational environmental protest but not the irrational political echo chamber support for unsustainable green energy. EM is a clean technology. It requires no solvents, no external water, emits no CO2, and has a small environmental footprint. Present commercial thermal EOR applications limit themselves to the low frequency (10 Hz to 700 kHz) end of the radio frequency portion of the electromagnetic spectrum. Long wavelength radio frequency emission produces a large EM field but injects heat slowly. Within the EM field, polar in situ formation water molecules vibrate and create frictional heat that ultimately produces a steam chamber. Reservoir temperature increase is a function of the water molecule vibration rate. RF technology presently uses EM frequencies that produce vibration cycles between 10 to 700 thousand times per second. Low water vibration rate is the main limitation of current RF heat injection because the frictional heat build-up takes years to reduce oil viscosity sufficient for efficient production. Microwave technology is more effective, because it vibrates water molecules at 2 to 3 billion times per second and produces higher frictional heat. However, the EM field is much smaller than the present commercial RF technology. Expanding the reach of the Microwave heat injection involves the thermal runaway principle and pulsed radiation transmission. Reservoir heat build-up is intense with a patent pending monopole microwave antennae. Pulsing microwave transmission dramatically improves production economics of heavy oil and bitumen. This new technology can open-up currently immobile reserves and can help fuel the world’s energy needs for decades to come.

02/21/2019

We are about to change the heavy oil production and bitumen extraction marketplace by being better, delivering more and caring for others. Our Proprietary Electromagnetic (EM) radiation in the Microwave range produces heavy oil and extracts bitumen more quickly and in an environmentally conscious way at a fraction of current production costs. Our tiny size allows us to respond quickly to market demands and provide superior clientele experiences. We care deeply about our client and invite them to outline their needs and participate in developing solutions.

02/20/2019

Let us work together to build this company and build Guiding perspective of helping less fortunate and desperate people with the concept of "charity wrapped in dignity". I see that in hiring people who are willing to work but have fallen on hard times. Everyone has something to offer of use to any organization. Organizations need to be smarter. Why decline experienced people by saying they are over qualified just as an example. Who cares about where you are from? Your skill, knowledge, and dedication is what count not your race or nationality.

02/08/2019

MwSol Corp. is offering a unique ground floor equity investment opportunity that has the potential to more than double your funds in 5 years. The company holds the patent to a much more powerful and cost effective application of electro magnetic (EM) heating technology that will easily outperform its proven EM competitors that use radio frequency (RF) technology. Performance differences will readily make MwSol. Corp’s technology the industri’s choice for producing the 6.4 trillion barrels of heavy oil and bitumen reserves globally.

Minimum investment is 10 shares at US$ 17.50/ share contact to invest directly contact Fanz Meyer [email protected]

02/07/2019

Conventional crude oil is the least costly crude to refine and modify in reactions to produce compounds for medical purposes. Estimated conventional crude oil reserves total no more than 1 trillion barrels. In contrast heavy oil and bitumen reserves are estimated to be more than six times as large (6.4 trillion barrels). Producing Heavy oil and bitumen in an environmentally conscious way has held back production for a long time. Implementation of electromagnetic energy now promises greater environmental responsibility, Already low-energy radio frequency technology I being tested, but its heavy electric power consumption and long time it takes for oil mobilization mitigates it cost effectiveness. Microwave frequency heating utilizes the more energetic part of the electromagnetic spectrum and our design innovation promises to not only cut electrical consumption to a small fraction of the time by RF technology needed to mobilize heavy oil, but also reduce the time requirements from years to weeks as suggested by successful laboratory tests.

01/19/2019

MwSol. Provides environmentally conscious mobilization of heavy, ultra heavy oil and bitumen extraction using proprietary electromagnetic technology. The company is in a start up mode. Electromagnetic radiation using the microwave phase of the electromagnetic spectrum for reservoir heating. It is low cost and unsurpassed in the speed at which mobilization and extraction occurs.

12/10/2018

The Best Use of Electromagnetic Radiation Reservoir Heating

Electromagnetic (EM) radiation heating is a proven enhance oil recovery (EOR) procedure. Non-ionizing electromagnetic (EM) radiation has enough energy to move atoms around in a polar molecule such as water and cause them to vibrate and produce frictional heat. Water found in all oil reservoir and bitumen deposits produces heat as EM waves move through the reservoir. Elevated heat is transferred to the oil, lowers the oil viscosity and cause the oil to move.

Wave length is an important consideration when selecting reservoir heating. Current commercial EM applications rely on medium radio frequency (RF) waves ranging from 500 KHz to 500 MHz. This makes it easy to control reservoir heating and helps proponents of solvent extraction assure adoption of their technology. Would a more rapid heating not be advantageous for paying out drilling and production costs? Frictional heat build up by medium frequency (MF) waves is slow because of the relatively low vibration frequency. Water molecules in a 500 Mhz field vibrate at 500 thousand times per second whereas in an EM field of 2.54 Ghz, the vibration rate increases to 2.54 billion times per second. The fundamental thing here is that this is a way to produce oil sands and any heavy oil more quickly and with less power.

Less time to reach production temperature boosts oil well payout. Most of the costs for oil wells are in the drilling and completion phases. For both of these reasons, oil produced as quickly as possible is advantageous. For heavy oil, this means reaching production temperatures as quickly as possible. Laboratory test show that changing to a more energetic Super high frequency (SHF) microwave segment of the electromagnetic spectrum develops heat much more quickly. EM waves with a frequency of 2.54 Ghz increases polar molecule vibrational energy and friction heat build up a million times faster than that produced by existing RF technology.

The easiest way to explain our technology is to look at /radio frequency (RF) reservoir heating EOR. It uses electromag...
12/06/2018

The easiest way to explain our technology is to look at /radio frequency (RF) reservoir heating EOR. It uses electromagnetic radiation to heat a reservoir. We do the same thing but use a different part of the electromagnetic spectrum see below. Radio and TV broadcasts use radio frequencies in the 3 KH range. We use the upper limit of the electromagnetic spectrum ( 2,54GHz) for Radiowaves. The same frequency as used in a microwave oven. The heat is generated is by vibrating ionic molecules like water and the friction of the water molecules create heat that is transferred to the heavy oil or bitumen deposits of the reservoir. The vibration rate of molecules in a electromagnetic field of 2.54 GHz mean the molecules vibrate at more than 2 billion times a second. The lower vibration rate of RF technology means it takes longer to generate the heat needed to reduce the viscosity of the hydrocarbons than it does with the Microwave spectrum. Existing RF technology requires a constant energy supply to keep the molecules rubbing together, hence power consumption is high. My partner created a patented plasmonic monopole antenna to create focused microwave radiation heat Microwave radiation is absorbed by polar molecules of water and heavy oil. Heat generated and transmitted to heavy oil assets by radiation excited water molecules reduces the viscosity and converts water to a volume to steam. Electromagnetic radiation passes through steam in reservoir rock seeking out formation water. This creates a steam chamber that continues to expand away from the transmitting antenna in the formation over time.

12/05/2018

Will MW radiation work in my reservoir?

MwSol’s MW heating technologies are effective in a wide range of heavy oil and oil sands reservoirs where water saturation levels range from 5-30%, with pay zone thickness of 0.5 m or more. If your reservoir falls within this range, it is likely viable for production using MW heating. If your reservoir has very low water saturation, our heating technology will still work by adding in situ steam generation. Various reservoir factors such as permeability, viscosity and depth, are other factors will impact performance.

Address

East Chatham, NY
12060

Opening Hours

Monday 8am - 4pm
Tuesday 8am - 4pm
Wednesday 8am - 4pm
Thursday 8am - 4pm
Friday 8am - 4pm
Saturday 8am - 4pm

Telephone

(303) 882-5761

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