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What is eCRT


eCRT©  Technology is based on more than twenty years of intensive research and key findings by a group of inventors.

Very innovative principles of physics and breakthrough findings have so far led to the filing of several patent PCT requests, notably relating to the « managament of active electrons » (2006), « decrease of the boundary limits aerodynamic effects » (2007) , « electromagnetic transduction » (2008) and more recently the « regulation of mechanical movements by electromagnetic sensors» or the « cleaning of electromagnetic pollution ».

As of today, the eCRT® is composed of a range of 10 components (Solid State Matrix), each of which targeting specific applications and fixing specific issues.

How does eCRT© works


eCRT© SSM are designed to catch information (radio waves) linked to electromagnetic charges, at a nano metric scale and in nano seconds, to identify  to rebalance and to redirect them in a coherent inverted phase.

The electron is the key informator of the eCRT© SSM. There are two types of electron: the ones tied to the atom structure and the loose ones. The loose electrons have their own behavioural patterns that we try to understand and to regulate.

When a flow of electrons is applied on a piezoelectric component, the symmetry is broken and a "dissymmetric" charge is detected and identified. If we add metals, as well as an antenna, it enables the tuned piezoelectric device to catch the information generated by the electron flows (i.e. the information directly associated with electromagnetic charges).

All solid, liquid or gaseous products generate similar electromagnetic charges (so called electromagnetic pollution), to various extents, in their dynamic states.

Such electromagnetic pollution have been identified for quite some time by industrial companies that have only come up with unsatisfactory solutions, trying to offset the charges by grounding them in order to try to reduce their side effects.

eCRT© SSM role is to balance or take advantage of electromagnetic charges through a Solid State Matrix with three active functions working in real time and with high precision.
By combining these three functions, eCRT© SSM manage to obtain better electrical and mechanical performances, notably a significant performance improvement of engines and machinery, to stave off disruptions generated by electromagnetic charges and to reduce significantly pollution emissions.

The real innovation brought by eCRT© SSM consists in dealing with electron flows in real time and manage them as a useful and available source of information.

For information request : contact@ecrtenergy.com