Monday, September 29, 2014

Exhibiting today at the Geothermal Energy Association Expo in Portland Oregon

I caught Christine by surprise as she was setting up the AquaLocate booth.

We are thrilled to be at the Geothermal Energy Association  expo, our AquaLocate booth #1046 is set up and ready to exhibit the PL14 for geothermal, gas & oil exploration.


Http://www.AquaLocate.com

800-351-2920


#geothermalexploration #oilandgasindustry #welldrilling #renewableenergy 


Sunday, September 28, 2014

Going to be setting up our AquaLocate booth at the Geothermal expo in Portland today.

On our way to the Geothermal Energy Association expo in Portland OR. to exhibit the PL14 for geothermal exploration. 


Visit us at booth 1046 and enter to win a Samsung Galaxy Pro 


#geothermalexploration #renewableenergy #geothermalwelldrilling

How does the PetroLocate PL14 Seismoelectric technology work?

How this simple but remarkable [PL14 Seismoelectric] technology works for oil & gas exploration..


...An operator creates a seismic event at the center of the test location using a small explosive. The movement created by the seismic event will cause mobile liquids to move and when liquid moves it creates a small but detectable electrical event which is recorded by our system.  A specialized software then immediately  creates a graph of the recorded electrical signal.


How is that different from typical "seismic" technology?


Seismic reflection and others do not detect the actual mobile resistive liquids. Instead, they see (detect) geology. 


And let's face it, we're not looking for rocks we're interested in the actual oil! 


Learn more about the PL14 technology oil & gas exploration surveys online: 


Http://www.petrolocate.com

800-251-3350 


#oilandgasexploraration #seismictechnology #seismoelectric 

Wednesday, September 24, 2014

Oil exploration surveys in Texas by PetroLocate

A quiet yet good video of the oil exploration surveys Ervin, PL Founder and Roman from Esparza Oil & Gas are conducting this week in Texas. Check out the smoke plume from the deep seismic source. All they need now is a little Scorpions, Nickleback, or even Darius Rucker to move em along!

Http://www.petrolocate.com/
800-251-3350

#oilandgasexploration #bakken #austinchalkformation #northdakotaoilboom

Saturday, September 20, 2014

New project in Texas this week covering about 300 acres for oil exploration

I'm out here with Louie and Roman Esparza of Esparza Oil in
Texas conducting oil exploration surveys just outside of San Antonio today.
This is a 7-9 day project during which time we will cover 300 acres with the
PL14 Seismoelectric system to detect and locate the mobile resistive liquids.

This is ideal for the average small to medium oil lease
owners since we don't need volumes of cleared land to conduct a survey. Since
the PL14 technology detect mobile resistive liquids rather than geology (rock
variations) there are no false positives which may reduce the risk of drilling
an unproductive well.


Tuesday, September 16, 2014

Eagle Formation Oil Plays

We can help find the "sweet spot" (deep and shallow) unlike traditional seismic technology that detects geology, the PL14 Seismoelectric technology detects the actual mobile resistive liquids (oil & gas). Our system does not look at the geology, its sees the oil and that's what you want to find. Contact Ervin for more information 260-388-6035 http://www.petrolocate and check out our fb page.



http://www.fairfieldsuntimes.com/business/article_ac6ffde6-3863-11e4-811e-001a4bcf887a.html





#oilandgasexploration #BNGenergy #easternslopeoilandgasplay #oilexploration

Saturday, September 13, 2014

Oil exploration in southwest states available.

Seismoelectric oil exploration technology available in Arizona. 


Http://www.PetroLocate.com

800-251-3350


#Arizonaoilproduction 


Alaska Oil and Gas Association  

 


Thursday, September 11, 2014

Help for Land and Mineral Owners

We want to get the ATTENTION of LAND & MINERAL OWNERS...Our goal is to equip them with information about the oil & gas on their land!

The kind of information [PL14] seismoelectric oil/gas exploration survey can offer would allow them to lease their mineral rights for a fair price. The big oil and seismic survey companies may not want the small/medium land & mineral owners to know this!

What do you know about seismic vs. [the PL14] seismoelectric oil/gas exploration? Here are 4 major differences:

1) Seismic reflection requires miles of cleared land whereas a PL14 seismoelectric exploration survey can be accomplished on as little as one acre of land with minimal to no clearing.

2) Seismic reflection is expensive- no argument there!
Seismoelectric exploration is affordable for even a small land & mineral owner.

3) Seismic reflection projects take months on end whereas a PL14 seismoelectric exploration can take less than one week to accomplish depending on the size of the property being assessed.

4) Seismic reflection detects geologic structures whereas the PL14 seismoelectric system detects the presence of MOBILE resistive liquids. Are you looking for rock formations or are you looking to find oil?

http://www.petrolocate.com 800-251-3350

‪#‎Bigoil‬ ‪#‎Texaslandandmineralowners‬ ‪#‎landandminerals‬ ‪#‎oilproduction‬
‪#‎oilexploration‬ ‪#‎seismivsseismoelectric

Tuesday, September 9, 2014

Seismic or Seismoelectric Technology for oil/gas exploration—The Better Choice





Seismoelectric
Technology—The Better Choice


Seismic Reflection:


Seismic Reflection or Reflection Seismology is a method of
exploration geophysics used to estimate the properties of the earth’s
subsurface through reflected seismic waves. In simple terms, seismic reflection
data shows variations in rock formations.


The oil and gas industry has used seismic reflection as a
primary tool in hydrocarbon exploration for decades. There are 2, 3 and 4
dimensional seismic data systems. 2D shows a single slice of the earth, 3D
seismic shows a volume of earth, and 4D seismic shows a 3D volume at different
times in the life of an oil and/or gas field. 3D seismic is the primary choice
for large oil and gas exploration projects.


Seismic reflection data is collected through sound waves
sent into the ground by way of energy sources like a vibroseis truck, air gun
or explosives. Those sound waves pass through the earth and are reflected off
and transmitted through rock layers.  A
geophone and receiver box is used in the field to listen to the sound waves
generated by the energy source.  The
process of collecting Seismic Reflection data is expensive requiring various
permits, miles of cleared land, heavy machinery, multiple work crews, and
extensive data collection and interpretation time.  


Seismoelectric
Systems:


Due to the expense and amount of land needed for seismic
reflection data collection, seismoelectric technology may be more favorable for
the average small to medium lease owner for oil/gas exploration.


There are several differences between seismic reflection and
seismoelectric systems. Unlike seismic reflection systems, seismoelectric
systems image the mobile resistive liquids (oil, gas, water) rather than the
geologic structure.  If there aren’t any
resistive liquids within 10,000 feet of the surface, there won’t be any
seismoelectric signal.  This helps reduce
the chance of false positives. 


Seismoelectric data is collected using isolated electrode
pairs.  Seismoelectric signals occur when
fast p-waves intersect interfaces where the anelastic properties change (e.g.
permeability, porosity, fluid conductivity, fluid viscosity, or ionic
concentration).  Such interfaces generate
various types of slow p-waves, which decay very rapidly generating heat and electrical
signals; additionally the rise time of the seismoelectric signal is inversely
proportional to the permeability change. 
Seismoelectric data acquisition at the surface can measure the
electrical fields from decaying slow waves and can then be used to calculate
the change in anelastic properties at the interfaces.


Seismoelectric data is typically collected along profile
lines or on grids producing images of approximated subsurface permeability or
porosity.  Once the data collection
process is complete for a specific property, software can be used to create 2D and
3D models of the interpreted seismoelectric data.


While there are numerous systems claiming to be able to
collect seismoelectric data, there is only one (the PL14 Seismoelectric Oil/Gas
Exploration System) that has a combination of hardware, firmware and software
that were specifically designed to collect and process seismoelectric
data.  That system has been in use around
the world for more than two decades.
 
http://www.petrolocate.com #oilandgasexploration #seismictechnology


 

Tuesday, September 2, 2014

Visit us at the Geothermal Energy Expo Sept 31 in Portland Oregon

Q: Why is AL exhibiting the PetroLocate PL14 seismoelectric gas & oil exploration system at the geothermal Expo in Portland, OR?

A: Because the PL14 sees to the depths of 6-10,000 feet (depending on geology) which is needed for detection of geothermal reserves.

The AquaLocate GF6 seismoelectric water exploration system is limited to seeing depths of 1,500-2,000 feet which is ideal for well water exploration.

 Visit the AquaLocate Booth 1046 to learn more about the technology, meet Ervin Kraemer the PL14 manufacturer and enter to win a Galaxy Tab 4!

GF6 & PL14 sales, training and/or exploration surveys are available for sale worldwide Direct contact: Ervin Kraemer 360-388-6035
Patent Pending Pub. No.:US2014/0111207 A1

http://www.geothermalenergy2014.org/

Aqualocate http://www.AquaLocate.com/ 800-251-2920
PetroLocate http://www.PetroLocate.com/ 800-251-3350

#geothermalexploration #seismicvsseismoelectric #renewableenergy #portlandoregon #gasandoilexploration