The Galt Turbine™
Triage Corporation has developed a highly efficient, scalable turbine which is optimized for
the collection and conversion of low grade energy into useful work called the Galt Turbine.
In broad scope, the Galt Turbine can be scaled from a very small to large dimension to
meet performance and space requirements, while holding efficiency.
The Galt Turbine is such that non typical materials like ceramics can also be used in its
construction, enabling very high temperature operation as well.
Triage Corporation has developed a highly efficient, scalable turbine which is optimized for
the collection and conversion of low grade energy into useful work called the Galt Turbine.
In broad scope, the Galt Turbine can be scaled from a very small to large dimension to
meet performance and space requirements, while holding efficiency.
The Galt Turbine is such that non typical materials like ceramics can also be used in its
construction, enabling very high temperature operation as well.
The Galt Cycle™
Triage has also developed a heat engine, thermodynamic process which is extremely
efficient for low grade heat, made possible by the operational characteristics of the Galt
Turbine.
This heat cycle, like the more familiar Diesel or Otto, is a gas cycle which involves
compression, heat addition, working expansion and exhaust, but is an adaptation from the
previously derived, very efficient Ericsson cycle.
In fact the Ericsson Cycle shares the same high efficiency rating enjoyed by the newly
popular Stirling Cycle, which holds the World Record for Solar Efficiency.
The Ericsson Cycle originally failed because it was difficult to employ, however, some
Triage Adaptations in conjunction with the Galt Turbine yields an efficient, cost effective
alternative named the Galt Cycle.
Triage has also developed a heat engine, thermodynamic process which is extremely
efficient for low grade heat, made possible by the operational characteristics of the Galt
Turbine.
This heat cycle, like the more familiar Diesel or Otto, is a gas cycle which involves
compression, heat addition, working expansion and exhaust, but is an adaptation from the
previously derived, very efficient Ericsson cycle.
In fact the Ericsson Cycle shares the same high efficiency rating enjoyed by the newly
popular Stirling Cycle, which holds the World Record for Solar Efficiency.
The Ericsson Cycle originally failed because it was difficult to employ, however, some
Triage Adaptations in conjunction with the Galt Turbine yields an efficient, cost effective
alternative named the Galt Cycle.
Galt Technology™
"One obstacle stalling the advancement of renewable energy is an efficient and
distributed means to collect low grade energy and convert it into usable power."
(R. Orsello - Triage)
"One obstacle stalling the advancement of renewable energy is an efficient and
distributed means to collect low grade energy and convert it into usable power."
(R. Orsello - Triage)
