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Self-Sufficien Ciy
SELF-SUFFICIENT CITY
a municipal master plan using Langenburg Core Tech™ for civil-industrial infrastructure

LT 300 MW Waste-to-Energy Plant Boardman

LT 300MW Waste-to-Energy Plant Boardman

Langenburg Boardman 500MW Waste-to-Energy Plant

LT 300 MW Waste-to-Energy Plant Boardman
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DEVELOPMENT REGION

CITY CONCEPT

AIRFIELD CONCEPT

DEVELOPMENT REGION
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ADVANCED AQUAPONICS COMPLEX

ADVANCED AQUAPONICS COMPLEX

RIVER BRIDGE

ADVANCED AQUAPONICS COMPLEX
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AIRCRAFT SERVICE HANGAR

AIRCRAFT SERVICE HANGAR

VIP RESORT CORPORATE HANGARHANGAR

AIRCRAFT SERVICE HANGAR
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GROWING & DISTRIBUTION CENTERS

GROWING & DISTRIBUTION CENTERS

GROWING & DISTRIBUTION CENTERS

GROWING & DISTRIBUTION CENTERS
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LANGENBURG AIRPORT

LANGENBURG AIRPORT

LANGENBURG AIRPORT

LANGENBURG AIRPORT
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RETAIL CENTER

RETAIL CENTER

RETAIL CENTER

RETAIL CENTER
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RESIDENTIAL DEVELOPMENT

RESIDENTIAL DEVELOPMENT

RESIDENTIAL DEVELOPMENT

RESIDENTIAL DEVELOPMENT
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CARBON-FREE FUELS

CARBON-FREE FUELS

CARBON-FREE FUELS

CARBON-FREE FUELS
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Municipal applications of Langenburg CoreTech™ set new global standards.
The most advanced, and only zero-emission, self-sufficient cleantech systems for civil infrastructure.
PORT OF MORROW :: CROW BUTTE ISLAND :: BOARDMAN M50 AIRFIELD :: CITY OF BOARDMAN, OR
An agricultural-industrial port located on River-Mile 270 of the Columbia River is planned for expansion. The Port of Morrow is located at Lake Umatilla, which is a lake formation within the river that is located on its south bank in Oregon. Located about 8 miles westward is Crow Butte river island (Patterson, Washington), where a planned interstate gateway bridge will adjoin the central Washington and Oregon regions of the Pacific Northwest at the Langenburg-Columbia Port City.
Langenburg Core Tech™ applicaions for civil infrastructure allows a municipality to operate without emissions, while converting all of its waste into pure water, synthetic noncarbon emission-free fuel, and baseload electrical power. The development's core is the Boardman M50 Airport. This airfield is set for expansion into the Langenburg-Columbia (LXC) International Airport, initially a regional air-freight transport hub for expansion into a medium-to-large hub commercial airport. The above presentation is the ArchViz conceptioneering of the first highly advanced, self-sufficient city to be equipped with the next generation of civil infrastructure. Its operational specifications are only possible by implementation of Langenburg's proprietary applied quantum sciences and technologies.

CIVIL-INDUSTRIAL APPLICATIONS
SYSTEMS FOR WASTE CONVERSION,
WATER SEPARATION, FUEL SYNTHESIS &
GRID POWER GENERATION
Langenburg Systems are modular, configurable, scalable and globally compliant for any industrial/civil infrastructure application. Shown below are systems that were fabricated, configured and programmed at Langenburg global headquarters in Eugene, Oregon USA.
TYPICAL COMPONENT LINE FOR THE
LT WASTE-TO-ENERGY PLANT
( click below image for more information )
LANGENBURG PROPRIETARY COMPONENTS
Intake Converter > Fuel Synthesizer > Turbine > Generator > Converter
TYPICAL POWER SUBSTATION COMPONENTS & TRANSMISSION
Voltage Transformer > Current Transformer > Breaker > Power Grid
Industry

SPA APPLICATIONS
EQUIPMENT FOR REGENERATIVE HEALTH
Advanced technologies for cellular regeneration by oxygen, light and stem-cell, for regenerative spa applications. Shown below are systems designed, fabricated and programmed at Langenburg Headquarters USA tech staging facility.
Spa
Video

VIDEOS
Themed documentary about Langenburg's mission