Laboratories and Facilities
GTI’s 18-acre headquarters in metro Chicago (10 minutes from O’Hare Airport) is home to a flexible combination of specialized labs with equipment for design, testing and analysis of advanced energy technologies. Investments are constantly made here, updating equipment to ensure state-of-the-art facilities that provide a stimulating environment for our specialized scientists and engineers.
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Unconventional Gas Labs
GTI Rock Laboratory
This is a functional lab capable of research-grade microscopy of rock samples. A rock saw and core drill provide sample preparation capabilities in support of laser-rock interaction studies.
Energy Conversion Labs
Pilot-Scale Gasification Campus
These highly instrumented facilities, offering innovative sampling and analytical systems and comprehensive diagnostic capabilities to support parametric testing, assure that we and our clients have fully developed operating procedures and performance characteristics for commercial plants. Their flexibility provides independent or integrated systems testing. They are also available to outside users for pilot scale process testing.
Flex Fuel Test Facility
The Henry R. Linden Flex-Fuel Test Facility (FFTF) evaluates gasification processes integrated with downstream syngas clean-up at nominally 1 ton/hr of coal or biomass feed rate to facilitate the commercialization of advanced technologies. It is home to the Aerojet Rocketdyne (AR) pilot-plant-scale advanced compact gasifier acquired by GTI in July 2015.
Advanced Gasification Test Facility
A five-story facility integrated with process equipment in the FFTF houses advanced gasifier, gas processing, and syngas conversion systems to allow feed-to-product process development testing.
Acid Gas Treating Pilot Plant (AGTPP)
The AGTPP is used for acid gas cleaning via solvents in a standalone mode for sour natural gas evaluations or integrated with the pilot-scale gasification test platforms at GTI for syngas treatment. The system can be used with many different chemical and physical solvents to treat up to 1.25 MMscfd.
Thermochemical Conversion Laboratory
Within this laboratory, GTI develops and evaluates, on a pre-pilot scale, thermal and catalytic processes for converting coal and biomass feedstocks into liquids and gases.
IH2® Technology Pilot-Scale Plant
GTI’s IH2® Pilot-Scale Plant operates extended test campaigns to characterize and optimize process conditions to produce a range of distillate fuels (gasoline, diesel and jet fuel) from a variety of biomass resources, including wood, agricultural residues, algae, aquatic plants, and municipal waste.
Gas Processing Laboratory
This lab houses several unique setups to assess materials properties (e.g., membranes, solvents, catalysts, and adsorbents) and their efficacy in process configurations to separate and capture components such as H2S, CO2, and trace contaminants from gas streams.
Hot Gas Cleanup Laboratory
The lab aids researchers and clients in the evaluation of a broad range of materials to remove reduced sulfur compounds, hydrogen chloride, and trace metals; to decompose ammonia; to hydrolyze hydrogen cyanide; and to design gas cleanup systems. This is GTI’s primary laboratory for evaluating sorbents for potential use in cleaning up the hot gas produced by a gasifier.
||GTI A2LA-Accredited Testing Laboratories|
Analytical Chemistry Laboratory
GTI’s Analytical Chemistry Laboratory gives the energy industry a depth of customized support unavailable in typical commercial laboratories. It provides complete laboratory services for natural gas, biogenically derived gas, coal, liquid fuels, and other materials for the natural gas and power generation industries, as well as for numerous municipalities and utilities. Our capabilities incorporate modern instrumental techniques and traditional referee methods providing highly accurate determinations. Advanced analytical capabilities include gas chromatography coupled with atomic emission and mass spectral detectors. GTI also received accreditation for three new tests for liquid hydrocarbon analysis in 2014. These new test methods are: ASTM D664 (for acid number of petroleum products by potentiometric titration), ASTM D5291 (for instrumentation determination of carbon, hydrogen, and nitrogen in petroleum products and lubricants), and ASTM D5622 (for determination of total oxygen in gasoline and methanol fuels by reductive pyrolysis). This laboratory is accredited by A2LA in compliance with ISO/IEC 17025 on certificate 2139-04.
Materials Analysis and Characterization Laboratory (MACL)
This lab focuses on the fundamental properties and characteristics of materials. Forensic analysis of polymers, metals, and composites gives the ability to better understand failures before they become much larger problems. Standard and customized tests are conducted to determine density, thermal properties, tensile strength, compression, mechanical properties, and other characteristics. Advanced equipment such as scanning electron microscopy (SEM) is used for microstructural examinations and chemical composition determination. A temperature- and humidity-controlled room conditions specimens to ASTM specifications prior to testing. This laboratory is accredited by the American Association for Laboratory Accreditation (A2LA) in compliance with ISO/IEC 17025 on certificate 2139-01.
Environmental and Microbiology Laboratory
State-of-the-art microbiological research and testing services provided in this lab integrate molecular genetics techniques to areas such as pipeline microbial corrosion prevention and treatment, microbial characterization, molecular biology, and anaerobic digestion studies. Our microbial corrosion testing service uses quantitative polymerase chain reaction (qPCR) testing to directly detect and quantify (without prior growth) corrosion-causing microorganisms typically found in pipes, production wells, and other equipment. Our lab is one of only a few laboratories in the world that offers accredited DNA testing for microbial corrosion-causing microbe populations and is the first U.S. lab to receive A2LA accreditation for microbial corrosion testing services. This technique can be applied in the natural gas, petroleum, chemical, water, produced water and wastewater industries. Additional environmental capabilities are forensic chemical fingerprinting studies, including gas chromatography/isotopic ratio mass spectrometry (GC/IRMS), which measures stable isotope ratios of carbon to discriminate between different sources of carbon-containing contaminants.
Outdoor Infrastructure Testing Facility
Multi-acre, controlled soil bed (sand, clay, rock, etc.) provide unique capabilities to evaluate all buried infrastructure systems. Research and evaluations include: pipe locating, leak detection, pinpointing, migration, and greenhouse gas emissions. Systems can be tested for corrosion resistance and coating performance. This outdoor facility has been used for: keyholing, lining, splitting, locating, low- and high-pressure testing, and other technologies.
Indoor Infrastructure Testing Facility
A series of environmentally controlled large-bay (25’ high) labs with 5-ton overhead cranes provide the capability to fully evaluate metallic, polymer, and composite piping systems. This includes full-scale burst, hydrostatic, cyclic, and accelerated testing period. The same testing can be applied to evaluate all applicable joining systems and appurtenances.
GTI Fabrication Facility
The GTI Fabrication Facility has the capabilities you need to turn your ideas into working prototypes. We have CNC machining, MIG and TIG Welding, Plasma Cutting, PLC Programming and CAD/CAM support software.
Soil & Pavement Facility
This facility provides a wide range of services and capabilities for utilities infrastructure and pavement restoration research. It allows for performance evaluation, development, and cost-analysis studies of new materials and technologies related to utility installations and pavement restoration practices. It includes both indoor and outdoor test sites and contains various types and sizes of buried gas pipes, backfill materials, and pavement sections.
Sensors and Automation Laboratory
Key activities here focus on sensors/technologies for a smart energy infrastructure, with an emphasis on operational needs. Major areas of expertise include automation, remote monitoring, and controls. Capabilities include tools and equipment for embedded system development, automation, sensor and signal conditioning; data acquisition technologies and digital signal processing; and data communication systems and wireless communication technology. We also have the ability to construct electronic prototypes.
Advanced Modeling and Analysis Facility
GTI has the capability to develop predictive models that describe the behavior of systems with complex interactions and estimate the underlying event probabilities for these models. We accomplish this using a variety of probabilistic methods and other appropriate techniques integrating our full slate of state-of-the-art analyses and Finite Element Method (FEM) software.
Our knowledge of these software tools—along with detailed material science, chemical and physics expertise—enable the simulation of stress, heat transfer, fluid dynamics, micro-fluidics, porous flow, chemical kinetics, electromagnetics, acoustics, geo-mechanics, seismic and many other physical phenomena for comprehensive sensitivity analyses. GTI has extensive leading-edge software, laboratories, databases, and data visualization tools that are useful in calibrating constitutive models, validating simulation results, and analyzing and viewing data in the correct context.
GIS/GPS Mobile Application Lab
Realizing the gas industry’s developing requirement to capture and record precise location data and accurate gas network attribute data, GTI has created the GIS/GPS Mobile Application Lab. Utilizing the latest real-time, high-accuracy GPS receivers paired with readily available smart phones and tablet computers, GTI develops mobile applications based on industry-leading GIS technology to efficiently and effectively capture infrastructure data, build functional geometric networks and integrate GIS data in real-time web-based applications.
End Use Labs
Residential/Commercial Appliance and Equipment Laboratory
This facility is designed to foster the development and advancement of natural gas appliances and equipment, including improvements in efficiency, safety, performance, cost, and emissions. We have specialized expertise in residential space conditioning and water heating, with a focus on traditional equipment such as furnaces, boilers and HVAC systems; water heaters (advanced tank and tankless products); and cooking equipment for both residential and commercial food service applications.
The PG&E Food Service Technology Center (FSTC), a fuel-neutral scientific testing facility in San Ramon, California is operated by GTI’s subsidiary, Fisher-Nickel, Inc. (FNI). The facility performs equipment test services for manufacturers and end-users to determine the energy and performance characteristics of foodservice equipment and produces reports and documentation.
Within this facility, researchers develop and evaluate advanced steam and power technologies for industrial and large commercial application and combustion systems for use industrial process heating products and systems.
CHP and Renewable Energy Laboratory
GTI's CHP and Renewable Energy laboratory contains multiple types of low- to medium-temperature solar thermal technologies and associated end use equipment such as tank and tankless natural gas water heaters, boilers, space conditioning equipment and other technologies that can enable investigation of integrated or hybrid energy systems using solar thermal.
The lab provides technology solutions to the natural gas vehicle (NGV), hydrogen, and other alternative fueled transportation system sectors, with an emphasis on vehicles, fueling infrastructure, and safety. GTI has extensive capabilities and facilities for working with high-pressure and cryogenic natural gas and hydrogen, plus other novel combustible energy sources.
Reciprocating Engine Test Center
The test center is used for laboratory-scale development and evaluation of advanced combustion technologies for reciprocating engines, including waste heat recovery, recycling and novel cycles.