Videos / 1
georgia project facility
STATUS: OPERATING SINCE 2019 WITH UPGRADES NOW IN PROGRESS
Beverage wastewater conversion to pure water, and synthetic fuel used to operate an ethanol distillery.
Langenburg systems separates pure water component from a beverage wastewater, converting the leftover concentrate to fuel that operates steam boilers. Steam is used to distill ethanol from a fermented re-brew of mixed beverage wastewater. Upgraded boilers will be installed producing enough excess steam to also operate a future steam turbine-generator to produce power for transmission from a grid substation located less than one mile from the site. This recycling plant also handles a variety of solid wastes, and is positioned adjacent to a landfill.
~ guided tours of this operational facility will be available soon ~
LT Georgia Project – "Blue Truck" System Upgrade Story
LT Georgia Project & Fuel Lab Tests
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wastewater conversion demontrations
LIVE DEMONSTRATIONS: PERFORMED FOR A VISITING AUDIENCE
Wastewater conversion to pure water, and synthetic fuel used to operate a turbine-generator set.
A chemical survey verified wastewater intake components including salt, iodine, coal, fly ash, steel mill slag, coal power plant ash, all rendered non-detectible by lab tests. Premium drinking water was separated from the slurry. The byproduct concentrate was converted into fuel used to operate the turbine engine.
2016 Wastewater Conversion to Pure Water & Fuel + Power Generation Demo
2014 Wastewater Conversion to Pure Water & Fuel Demo
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power generation survey
LIVE DEMONSTRATION: PERFORMED FOR A VISITING AUDIENCE
Waster conversion to synthetic fuel, used to operate a turbine-generator set for a power quality survey.
Verified to have produced 1 MW using a Langenburg-modified turbine and Langenburg proprietary generator housed within a truck-trailer. Synthetic hydrogen-based fuel was produced exclusively from water, then used to operate it's onboard genset. Test protocols introducing and dropping electrical loads, would destroy a conventional generator.
2014 Power Generation Survey – Load Bank Test
3D MODEL EXAMPLE POWER PLANT + WATER + FUEL APPLICATIONS
A presentation of an application scenario for a Langenburg 100 MW waste-to-energy plant with potable water and fuel production. General space requirements, subsystems, and material flow connections of the facility's subsystems are shown.
A presentation illustrating the application scenario of a Langenburg seawater-to-fuel system installed in a cargo ship. The system also provides purified, oxygenated water.
Example 100MW Waste-2-Energy + Fuel & Water Production
Seawater-to-Fuel on Cargo Ship
example plant scenarios
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modern design / self-sufficient city
A SELF-SUFFICIENT CITY & AIRPORT LANGENBURG CORE-TECH INFRASTRUCTURE ZONED "SPACE AGE"
Strategically positioned in the region of Morrow County OR, USA near The Port of Morrow on Columbia RiverMile 270. The first power plant of the development is currently under construction in Boardman, OR. Langenburg will provide water, power, waste, and fuels for the commercial, residential, and port development, including the expansion of the existing M50 Airfield into the Langenburg-Columbia International Airport.
Modern Design Overview
Self-Sufficent City Project
Videos / 6
2020 themed overview documentary
themed documentary-style overview presentation first shown in 2020. The video features interviews, architectural designs, power generation testing, along with other planning updates between 2020 and 2024. The Langenburg-Columbia regional development project is evolving through its planning and organizational phase. The Boardman 500 MW Waste-to-Energy Plant (shown in video) has been constructed, on site, however its completion is dependent upon the greater Langenburg-Columbia regional master plan.
DOCUMENTARY PRESENTATION FEATURING INTERVIEWS WITH MAX LANGENBURG,
LOAD-BANK TEST ENGINEER, AND THE CEO OF HARRIS THERMAL PRODUCTS
