GTE's leadership and technology teams have a proven global value creation and growth track record in energy and industrial space. Top industry technology experts were recruited and dozens of patents have been granted. The team is made up of sought-after experts in modeling, optimisation, and environmental solutions. All have delivered extraordinary value in their careers at some of the worlds most recognised OEMs and power generation companies. The team is a unique and not an easily duplicated set of individuals that have demonstrated it can rival OEMs in modeling and understanding of system physics. They are routinely called upon by OEMs, service companies and end users to solve issues concerning performance, availability and life expectancy of turbines and their auxiliary systems.
World-class operational teams have been put in place and global operations have expanded. Long-term agreements have been signed with most of the world's leading OEMs to exclusively use GTE's technology.
In 2008, product lines and capabilities were expanded to include Fuel Management Solutions; Fluid, Instrument and Electrical Controls Products and Services; Design and Build of Combustion Turbine Auxiliaries, Field Services and Industrial Turbine Auxiliaries Parts Sourcing Services.
GTE deploys a rapid, holistic and methodical design rigor to the systems being developed. The combination of GTE's unique gas turbine knowledge & understanding, advanced modeling & optimisation capabilities, in-house packaging & manufacturing and the design tollgates, testing and validations processes used, offers significant safeguards and value for its clients. GTE products and systems are designed using a combination of analytical and experimental tools. Products are geometrically modeled with SolidWorks. A Finite Element Structural analysis is performed with ANSYS for prediction of component temperature, stress, displacements and vibration. The aero, pressure drop, heat transfer and emissions performance of these systems are modeled with the Computational Fluid Dynamics Code STAR-CD and turbine and power plant cycle performance is modeled using GATECYCLE. In addition to these computational tools, GTE makes use of laboratory wind tunnel and field testing with advanced instrumentation to measure and validate the performance of combustion systems and components.
GTE products and systems are qualified in the field and in laboratory testing using performance and flow measurement to indicate component, subsystem and gas turbine performance. GTE's technology team considers the entire cycle in the design of products and systems. All systems are designed considering safety, the environment, constructability, operability and maintainability.
GTE meets or exceeds customer expectations in all aspects of its business dealings. The policy of GTE is to ensure all customer needs are met according to their requirements and standards, and to protect our customers' interests by applying robust industry quality standards. GTE has published its own documented quality manuals, policies, procedures, work instructions, safety standards and specifications. GTE has developed and maintained quality management system that encompasses all personnel and all areas of its business. The policy at GTE is to maintain quality management systems that are certified to ISO 9001.
The true measure of quality at GTE is customer satisfaction. Complete customer satisfaction and the sustained quality of our products and services are the keys to our competitiveness. It is vital for us at GTE to understand and use our quality management system to facilitate exceptional job execution. To ensure that our quality management system is a solid foundation for success, it is mandatory that we continually improve it and its related processes.
Our Clients have the best Industrial Turbines in the world. We make them Perform Better.
Cleaner More Output More Reliable More Available More EFFICIENT.
Compressor Cleaning
GTE products and systems are qualified in the field and in laboratory testing using performance and flow measurement to indicate component, subsystem and gas turbine performance. GTE's technology team considers the entire cycle in the design of products and systems. All systems are designed considering safety, the environment, constructability, operability and maintainability. 
