NEUTRONGENERATOR: NSD-GRADEL-FUSION

NSD GRADEL FUSION developed a different neutron generation technology
for industrial maturity.

NSD-GRADEL-FUSION
 



A  operational lifetime up to 20 000 hours




A higher specific power



A high output in the most compact form, absolutly constant, stable, and repeatable.




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Neutron Generator made by NSD GRADEL FUSION

 

NSD GRADEL FUSION developed a different neutron generation technology for industrial maturity. This technology offers:

  • A  operational lifetime up to 20 000 hours when other technologies available on the market roughly achieve 4000 hours.
  • A high output in the most compact form, absolutly constant, stable, and repeatable.
  • A safe operational process.
  • Under water operations are possible.
  • Lower source strength may save shielding cost.
  • A low life cycle cost 
  • A fast start to maximum performance. 

 

Neutron generators of the latest technology with multiple possible applications

Neutron generators provide materials analysis, non-destructive testing tools and bring cost-reducing capabilities to various industries, including oilfield operations, heavy industries, art conservancy, security, and medicine. Electric neutron generators can be switched off but radioactive isotope neutron sources cannot be stopped. Conventional neutron generators impose a high life cycle cost. A better type of neutron generator with much longer operating life and a practical geometry are the uniques advantages. Our patented, long-living neutron generators produce neutrons by fusing isotopes of hydrogen. They do on small scales what the sun does on large scales

 

NSD GRADEl FUSION guarantees complete support, assistance and handling of your projects based on both our long-term experience and established infrastructure

NSD GRADEL FUSION has a long time experience of Research & Development projects focused on industrial solutions. NSD GRADEL FUSION core team can provide any support in development of applications using neutrons: feasibility study, prototype development, realization of industrial device. NSD GRADEL FUSION owns production and test facility and can provide tests and measurements related to neutron emissions. NSD GRADEL FUSION has a long time experience of Research & Development projects focused on industrial solutions. NSD GRADEL FUSION core team can provide any support in development of applications using neutrons: feasibility study, prototype development, realization of industrial device. NSD GRADEL FUSION owns production and test facility and can provide tests and measurements related to neutron emissions. To answer questions about the application and shielding of neutrons, a simulation analysis approach can be implemented. The tools available to GRADEL for such nuclear particle and radiation analysis are MCNP6 and GEANT4. The most widely known tool is MCNP (Monte Carlo N-Particle). The user defines the three dimensional model with radiation source and monitor positions. Other input factors are: shielding, collimation, structure, neutron thermalising material, object to be probed and related environment factors. The Monte Carlo code generates hundreds of thousands of particles in random directions. Probable reactions that occur as the radiation is transported are computed. Statistics are accumulated during the simulation. Analysis of these results shows the trends. Thereby, the model can be refined in order to find an optimal configuration. NSD GRADEL FUSION has a great experience in neutrons simulations and can provide this kind of services to its customers. GRADEL can offer various shielding solutions meeting the requirements of the authorities, adapted to needs of the customers. To answer questions about the application and shielding of neutrons, a simulation analysis approach can be implemented. The tools available to NSD GRADEL FUSION for such nuclear particle and radiation analysis are MCNP6 and GEANT4. The most widely known tool is MCNP (Monte Carlo N-Particle). The user defines the three dimensional model with radiation source and monitor positions. Other input factors are: shielding, collimation, structure, neutron thermalising material, object to be probed and related environment factors. The Monte Carlo code generates hundreds of thousands of particles in random directions. Probable reactions that occur as the radiation is transported are computed. Statistics are accumulated during the simulation. Analysis of these results shows the trends. Thereby, the model can be refined in order to find an optimal configuration. NSD GRADEL FUSION has a great experience in neutrons simulations and can provide this kind of services to its customers. GRADEL can offer various shielding solutions meeting the requirements of the authorities, adapted to needs of the customers.

 

 

Soil sample

Contamination affect soil in its features and functions. All pollutants are more or less tightly bound in the soil body. In many cases, there is a long-term storage, which results in constant entry to a high accumulation and severe damage to the soil. Soil remediation are possible, however is associated with time, effort and high cost intensity. Here is an accurate determination of the contaminated areas necessary to achieve a cost reduction.

 

 

Bunker

Our neutron generators provides long neutron emission chambers or multi-head configurations which have operation lifetime of many years. The servicing interval will not be dictated by a central cartridge that burns out or erodes in just a few thousand hours of operation. Life cycle economics are most attractive. The configuration or arrangement of gamma detectors, shielding, moderator and neutron generator can be varied to suit.

Soil Sample Space

Asteroids, meteorites and comets may have high levels of precious metals, rare earth metals, or other useful materials, which may be important for the development of space travel and the resource recovery in the future. In the asteroid belt there are many metal-rich objects with valuable materials which could cover the needs of industrial metals for decades. Furthermore, they are necessary to ensure exploring distant planets.

Spectroscopic studies of comets, asteroids and meteorites with autonomous or controlled spacecraft will win even more importance in the future

Applications area

The neutron interactions may be used in various combinations for gamma spectroscopy, radiometric gauge measurement and imaging.

Radiography

The possible radiography of our generators will - in future times - provide more security in terms of luggage inspection, explosive agents and contraband goods

Spectroscopy

In the course of initiating transatlantic trade- and investment cooperations and further free trade agreements inspections of cargo will drastically increase (oversea containers, security aspects and spectroscopy)

Neutrons

Neutron generators as a source of neutrons for scientific and medical applications

Our staff will advise you on the spot

Consulting is the A&O

Dejan Petkow

Dejan Petkow

Thorben Meinardus

Thorben Meinardus

Sander Rouwette

Sander Rouwette

Lara Marwaha

Lara Marwaha

Leo Basov

Leo Basov

Ferran Boix Pàmies

Ferran Boix Pàmies