Native Nebraska tribal flags found a permanent home in the ornate East Chamber and a sculpture of Dr. Susan LaFlesche Picotte was unveiled on Centennial Mall north of the Capitol.
Suggested Event
Jun 15, 2021 to Jun 17, 2021
Most Nebraskans are familiar with our unique state Capitol building in Lincoln, which was designed by New York architect Bertram Goodhue and built in four phases over 10 years. It was completed in 1932.
What few residents probably know is that in 1922, just as Capitol construction was beginning, Goodhue also proposed a seven-block, wide avenue to create a beautiful north entrance to the new Capitol building.
By 1937, Lincoln city leaders, along with state officials, designated 120 feet of right of way reaching from the Capitol steps north to the University of Nebraska city campus.
Although a commission was assigned development of this new mall area, nothing happened until the state’s centennial celebration in 1967. Centennial Mall was born, with a series of fountains stretching to the Capitol on the south end and the Nebraska State Historical Society headquarters on the north end.
There was a special ceremony coordinated by the Idaho National Guard on the top of the hill at the Idaho State Veteran's Cemetery where a new statue was unveiled on the Saturday before Memorial Day.
Joule Processing Brings Ultra-Energy Efficient Hydrogen Liquefaction Plant To Market
Delivers hydrogen liquefaction with significantly greater energy efficiency than alternatives
Houston, TX /PRNewswire/ - Joule Processing, a leading process solution provider, announced today they have signed an exclusive partnership agreement with JTurbo Engineering and Technology to provide their twin-expander refrigeration technology for hydrogen liquefaction. Joule will utilize this technology to bring an ultra-energy efficient hydrogen liquefaction plant to market. This plant is the newest addition to Joule s suite of modular process systems. These plants will liquify hydrogen for transportation at near atmospheric pressure and temperatures below -400°F, with a minimum specific energy consumption.