Valentino Straser
Geo plasma research institute, USA
Title: Micro gravitational variations, plasma in the atmosphere for oil field research
Biography
Biography: Valentino Straser
Abstract
The last hydrocarbon frontier is the one still to be explored. The recent scientific progress made improvements in the technologies applied to the exploration for the hydrocarbons research. In this study, started about 30 years ago in an independent way, two potential hydrocarbon investigation methods are proposed, based on the field analysis on the plasma in atmosphere and from changes in the micro gravitational value, triggered by seismic events also of modest magnitude. Both methods lend themselves for not invasive investigations, of preliminary character and are associated with other research methodologies, with the use of technologies currently being tested that are providing reliable data at low costs. For the detection of micro gravitational variations, a pendulum gravimeter is used, currently in the prototype state but extremely precise, with standard deviation of 1,47.10−7, while for the analysis of plasmas in atmosphere are used:digital cameras, reflex cameras, spectroscopes, EM field detectors and ELF / VLF radio waves measurement instruments, and other dedicated devices and software. The experimentation is carried out in Italian areas where the hydrocarbon deposit presence is well known in contexts as geological as the Po Plain and North-Western Apennines, investigated from over a century for the modest entity deposit exploitation, if related to those of other countries. The two proposed methods can be used for different goals: microgravitational variations for the hydrocarbon deposit identification and the plasma globes for methane gas. The first method interprets the changes of micro-gravitational variations like a material mixing up to the passage of the seismic wave with a liquid-gas-liquid state change and the consequent space relocation of the liquid parts and some gaseous parts in the tank. The second method focuses on the identification and analysis of the plasma to detect whether or not the methane is present in the subsoil.