PEEKER is a registered, restricted, Trade Mark Name of Peeker Corporation, Peeker Petroleum, Peeker Atomic Energy
Systems Inc, Peeker Investments Group (UK) Limited and Peeker Aerospace & Research Company.
Systems Inc, Peeker Investments Group (UK) Limited and Peeker Aerospace & Research Company.
Global Network for Clean Power Distribution
| Welcome to PEEKER GROUP OF COMPANIES ... .... One of the World's leading technology groups for clean, renewable energy and plasma propulsion. |
Dating back to 2002, the Group is composed of seven different affiliated companies:
- Peeker Energy Corporation (PEC) Colorado, San Diego (USA)
- Peeker Corporation Colorado, Nevada (USA)
- Peeker Investment Group Limited (British Virgin Islands) Tortola, (British Virgin Island)
- Peeker Investments Group (UK) Limited London (UK), Dijon (France)
- Peeker Aerospace San Diego, CA (USA)
- Peeker Research and Development Group San Diego, CA (USA)
- Peeker Communication San Diego, Romania
PRODUCT NEWS ... (Clean Power Generation)
| PEEKER CORPORATION designs Plasma Magneto - hydrodynamic (MHD) Generators (PMG) through atomic conversion for remote power transmission. The modular power generator incorporates cryogenic cooling and superconducting mini MHD closed loop designs. With an output power of approximately 400 kWe in d.c. mode, the system is extremely efficient and creates clean power (no harmful gases) over three (3) years or more with a single charge; (no one-line fuel is required). |
| Ionic Levitating Vehicles The new transportation systems using Ionic Plasma MHD drives |
FUTURE IN PLASMA PROPULSION ....
| Plasma-MHD Atomic Conversion systems produce electricity at a fraction of convectional costs, with no negative effects to the environment. For propulsion applications, the PMG power plant unit may lift ionically heavier then air bodies at the rate of 30 Kg/kWe (0.067 lb/We). Therefore, it may be feasible in the near future to design a 300 kWe (402.3 hp) modular Plasma MHD power generators capable of lifting almost 9,000 Kg (20,100 lb) with a low geometry and weight (3.2 cubic feet (0.095 cubic meters), weighing approximately 300 lbs (or 136 Kg). A standard electric automobile may also utilize the plasma MHD generators to replace most of the heavy weight battery banks and increase the cruising capability of the vehicle to exceed the life expectancy of the vehicle itself, as well as to turn each automobile into a mini power plant on wheels to supply excess electrical power to the electrical grid network instead of taking power, as today, to charge it's batteries. |
| Ionic Plasma Supercollider Jet Engine The new type of silent supersonic, full impact, plasma/ionic engine with range over 20,000 nautical miles on a single load |
| The technology is scalable from small direct current (d.c.) units for ionic propulsion, appliances, or small electricity users, to major power stations capable of lighting cities, industry and other large power needs. Further more, each PMG generating unit can be networked for remote on-line control via an IT Network through the same electrical lines that the electricity is delivered through or through the Internet (public) or private networks for maintenance tracking, security, metering and billing of electrical output delivered to a local or national electricity network transmission line world-wide. |
Peeker Corporation /
| Click to enlarge |
Peeker Group of Companies
| RENEWABLE POWER GENERATION |
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ELECTRICITY GENERATION BY CLOSED LOOP TECHNOLOGY WITH
HYDROGEN BURNING - A CLEAN PROCESS:
Hydrogen can either be used in fuel cells, or burned so to create
electricity as well as heat (co-generation, or desalinization).
A new turbulence, aerodynamic burner was developed that permits the
“cold” burning of hydrogen away from the burner's walls thus eliminating
the high thermal shock problem. We are also using a closed loop
system circulating helium gas which adds in cooling the walls and the
turbine blades. Helium gas does not burn at high temperature and
cools out fast, thus eliminating expensive cooling devices.
HYDROGEN BURNING - A CLEAN PROCESS:
Hydrogen can either be used in fuel cells, or burned so to create
electricity as well as heat (co-generation, or desalinization).
A new turbulence, aerodynamic burner was developed that permits the
“cold” burning of hydrogen away from the burner's walls thus eliminating
the high thermal shock problem. We are also using a closed loop
system circulating helium gas which adds in cooling the walls and the
turbine blades. Helium gas does not burn at high temperature and
cools out fast, thus eliminating expensive cooling devices.
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