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Self-Sufficient City

ADVANCED REGENERATIVE CORE TECHNOLOGY FOR SELF-SUFFICIENT INDUSTRY

Scientifically advanced, 100%-regenerative proprietary core tech solutions by Langenburg Research, with applications in heavy industry and civil utility infrastructure for: municipal water / baseload power / waste conversion / synthetic hydrogen-based fuel / material processing.

 

The first and only quantum-based technology featuring scalable, modular closed-cycle systems enabling self-sufficient utility operations for a city – solving the most difficult and complex challenges for any industrial process.

LANGENBURG-COLUMBIA DEVELOPMENT PROJECT – ARCHVIZ CONCEPTIONEERING DESIGN PORTFOLIO:

Applications in the area of bio-regenerative and stem-cell solutions

are also part of the Langenburg Research portfolio,

used for integrative medical spa settings.

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The most scientifically advanced suite of core technology solutions for fast and direct conversion of any waste into clean energy without residuals, for municipal water treatment/purification, and for gigawatt-capacity baseload grid power generation capable of robust load-following with immunity to electromagnetic pulse (EMP).  Langenburg's proprietary power generation turbines run using its proprietary hydrogen-based noncarbon fuel, an emission-free energy source produced exclusively

from any waste.

Systems are configurable to any global standard, and operate at the highest specifications available as a self-sufficient

and closed-cycle system.

The above presentation highlights elements of the Langenburg-Columbia master plan, using applications Langenburg's proprietary core tech solutions for its infrastructure – all of its municipal utility systems will operate on a self-sustaining basis to recycle any waste materials and its sewage without emissions or residuals. For cities near saltwater sources, systems can be configured to desalinate seawater while capturing medical-grade mineral salts, or to convert all or part of the dissolved content for energy production.  The water component of any waste slurry is separated, purified and used for municipal water supply.  This process replaces conventional water/sewage treatment plants, with the added value of converting 100% of the waste as a reclaimed resource to produce energy required the plant's operation, with excess to distribute to a large city. Langenburg's proprietary core tech is a new industrial process that does not resemble, use or depend on conventional thermodynamic systems to work.  No filtration, heat, distillation, or any other chemical processes or other input work functions are used to convert the intake.  No plasma-arc, electrolysis, reverse-osmosis, mechanical separation, pyrolysis, catalysts, hydrogen extraction, or Fischer-Tropsch processes are utilized in Langenburg Systems.

Empty Factory

APPLICATIONS FOR CIVIL INFRASTRUCTURE
& HEAVY INDUSTRY

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.  Larger scale systems utilize affiliated manufacturing partners.

TYPICAL COMPONENT LINE FOR THE LT WASTE-TO-ENERGY PLANT
( click below image for more information  )

INPUT
Typical Equipment Array LT-W2E Plant
OUTPUT

LANGENBURG PROPRIETARY COMPONENTS
Intake Converter > Fuel Synthesizer > Turbine > Generator >  Converter

TYPICAL POWER SUBSTATION COMPONENTS & TRANSMISSION
Voltage Transformer > Current Transformer > Breaker > Power Grid

Civil-Industrial
Dramatic Leaves

REGENERATIVE SPA APPLICATIONS

EQUIPMENT FOR MEDICAL BIOREGENERATION

Advanced technologies for bio-regenerative engineering & integrative medical arts.  Shown below are systems designed, fabricated and programmed at Langenburg Headquarters USA tech staging facility, to be used by our new flagship medical spa currently under construction.
 
See video of a typical bioregenerative spa
equipment room in the Video section of this page.

Spa
Video

VIDEO

DEMONSTRATION

Capabilities of Mobile Waste-to-Energy & Waterworks Plant

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.

DEMONSTRATION

Capabilities of Mobile Waste-to-Energy & Waterworks Plant

A power quality survey verified 1 MW produced by a Langenburg proprietary onboard the trailered system. Synthetic hydrogen-based fuel  used to operate it's turbine-generator power unit, was made only from tapwater. Test protocols introducing and dropping electrical loads, would destroy a conventional generator.