Video, Images, and Photos

The following was established to show a variety of Gasification Technologies:

What is Gasification? (Oct 2014)


From Lab to Market—Improving Gasification Economics for Power and Chemicals Production (July 2014) [view]
Gasification—the process of converting carbon-based materials such as coal into syngas, which can then be used to produce electricity, chemicals, and other products—is a promising pathway to reduce our nation’s dependence on foreign oil and provide a clean, carbon capture–ready source of energy. But gasification is a high-temperature, high-pressure process, so it can take a heavy toll on components and parts, costing operators considerable time and money.

In response to the need for materials that can stand up to the harsh environment within gasifiers, NETL developed a new refractory material—a substance that retains its strength at high temperature—that can be used to line their interiors. The NETL-developed refractory lasts more than 50 percent longer than conventional refractories and reduces or eliminates structural spalling—a major source of wear and tear in gasifiers. Licensed to Harbison-Walker Refractories in 2007 and marketed as Aurex 95P™, the material has been recognized as the most significant advancement in gasifier refractory linings in more than 25 years.

Watch the video to find out more about how this technology moved from laboratory to market and became an industry standard.

 

Proposed APS Advanced Hydrogasification Process

Proposed APS Advanced Hydrogasification Process*

TRDU and Hot-Gas Vessel in the EERC Gasification Tower Transport reactor development unit

TRDU and Hot-Gas Vessel in the EERC Gasification Tower Transport reactor development unit*

ITM Oxygen Separation

Ion Transport Membrane (ITM)*


Power Systems Development Facility

Power Systems Development Facility

Eastman Company's High Temperature
Desulfurization System

Candle Filters

Tampa Electric IGCC Plant

Tampa Electric IGCC Plant*

Tampa Electric Integrated Gasification Combined Cycle Plant

Tampa Electric Integrated
Gasification Combined Cycle Plant
*

Transporting Tampa Gasifier

Transporting Tampa gasifier*

Wabash gas cleanup system

Wabash gas cleanup system*

Wabash River Integrated Gasification Combined Cycle Plant

Wabash River Integrated
Gasification Combined Cycle Plant
*

Wabash River IGCC Plant

Wabash River IGCC Plant*

Tampa Electric Gasifier during construction phase

Tampa Radiant syngas cooler*

Nuon Power Buggenum IGCC Plant

Nuon Power Buggenum IGCC Plant*

Dakota Gasification Great Plains - Synfuels Plant

North Dakota Gasification Great Plains
Synfuels Plant*

Nippon Petroleum Refining Company - Negishi IGCC Plant

Nippon Petroleum Refining Company
Negishi IGCC Plant* 

Shell Pernis Refinery

Shell Pernis Refinery*

Coffeyville Resources Nitrogen Plant

Coffeyville Resources Nitrogen Plant*

Puertollano IGCC Power Plant

Puertollano IGCC Power Plant

Brisbane Hydrogen Plant

Brisbane Hydrogen Plant*

ExxonMobil Baytown Syngas Plant

ExxonMobil Baytown Syngas Plant*

Kemper IGCC Project, Kemper County, MS - June 2012

Kemper IGCC Project, Kemper County, MS - June 2012*

Slagging Gasifier

Slagging Gasifier

Texaco Entrained Flow Gasifier

Texaco Entrained Flow Gasifier*

Destec Entrained Flow Gasifier

ConocoPhillips E-Gas Gasifier*

Silicon Carbide Candle Filter Elements

Silicon Carbide Candle Filter Elements

Transport Reactor

Transport Reactor*

Refractory Bricks

Refractory Bricks

Eltron H2 membrane

Eltron H2 membrane

Unmixed Fuel Processor

Unmixed Fuel Processor pilot plant &
auxiliary systems (left)
bench-scale system (right)*

Gas Turbine

Gas Turbine

* CLICK ON IMAGE TO VIEW LARGER SIZE

StayConnected Facebook Twitter LinkedIn RssFeed YouTube