UNITEL TECHNOLOGIES

We thrive upon challenges that others shy away from. Our record includes hundreds of first-of-a-kind projects around the world. Starting with your “Eureka” moment, we will work with you all the way through commercial success using lab scale systems, bench scale systems, pilot plants, demonstration plants, and small commercial plants. The early stages of front end project and process development are critical for the future success of projects involving new technologies and processes. The... The early stages of front end project and process development are critical for the future success of projects involving new technologies and processes. The... The feasibility study phase generally consists of a technical and economic analysis to investigate the probable outcomes of a project. The primary goal of Front... This is the initial phase in the execution of the project. The objective of this phase is to develop all detailed engineering and design drawings and documents.... Procurement policies and procedures are of significant importance for implementing a project on schedule while retaining quality. We maintain an excellent... Unitel maintains a leased facility for the fabrication of high quality modules. Good fabrication procedures and safety during fabrication are of critical... Unitel provides installation procedures and guidelines to assist the client in installing the modules. We always provide appropriate personnel for this... This catalyst testing unit was designed and fabricated by Unitel for a major oil company in Korea. The system is designed to test the lifetime of Fluid Catalytic Cracking (FCC) catalysts. The catalyst is pneumatically transported into the 800°C reactor in which it undergoes several cycles to intentionally poison the catalyst before it is pneumatically transported into a safe area where it can be tested to determine its residual efficiency and lifetime. Synthesis Gas Conditioning System: This demonstration unit was designed and fabricated by Unitel for RTI International for an end user in California. The purpose of this system is to condition the gas produced by a proprietary gasification process for use in a demonstration scale Fischer Tropsch plant. Some key features of this computer controlled unit include a compressor stage, an adsorption module and a reactor and membrane purification step to yield the required syngas composition. On-site H2S production is required for plants making methionine and also for metallurgical extraction applications. Unitel Technologies has developed a unique process for making H2S by reacting H2 with sulfur in a proprietary multi-stage gas/liquid reactor.