PORTFOLIO

INTERNAL PROJECT DESIGN

An agricultural-industrial port located on the Columbia River will be expanded.  The region will be developed into a new city, equipped with Langenburg's proprietary self-sufficient infrastructure for zero-emission waste conversion to pure water, electrical power and carbon-free fuel.

SYSTEMS

Langenburg Systems are modular, configurable, scalable and globally compliant. Shown below are systems fabricated and programmed at Langenburg Headquarters USA tech staging facility.

VIDEO

SYSTEMS

DOCUMENTARY

PROJECTS

TECH

  water & material extraction  |  water treatment  |  material destruction  |  hydrogen fuel production  |  material-to-energy conversion  |  material formulation

​OVERVIEW

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For any liquid or slurrified solid intake, water is separated from its mixed components, resulting in pure water. The separated component byproducts are either reformed to produce energy and valued products, or destroyed.  The component byproducts can be used to formulate molecular products, harvested to produce bulk isolated materials, to produce carbon-free fuel as well as grid-ready power scalable to consumer demand.

Langenburg Systems operate without external power requirement, and without pollutive emissions. Capacities are scalable for industrial and civil infrastructure.

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​EXAMPLE APPLICATIONS

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gigawatt-capacity power production for consumer power grid.

remediation of any waste, toxic and hazmat material.

salt (and mixed-component) extraction from seawater and industrial brines.

carbon-free fuel for steam-turbine power plants, also for diesel piston engines and jet-turbine engines.

water extraction from sewage in which the component byproduct slurry is converted.

upgrades to recycling plants such as those processing mixed plastics and organics by pyrolysis, where thermal processes are augmented and/or replaced by the Langenburg reformation process.

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INPUTS

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mixed solids

mixed liquids

atmosphere (air)

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OUTPUTS

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purified potable water for municipal tap supply

oxygenated premium drinking water for bottling

highly oxygenated medical-grade water

nutrient enriched, oxygenated farm irrigation and aquaponics water

carbon-free fuel

power for the consumer electrical grid

configurable material formulations and separated isolates

FUNCTIONS DIAGRAM

(terminology correlates to below outline – select to enlarge)

FUNCTIONS OUTLINE

(terminology correlates to above Functions Diagram)

INTAKE PROCESSING

•  accepts and processes any liquid intake

• compatible with any water or liquid intake constituent

• compatible with particulates up to ~1/4” diameter

• scalable to millions gal/d capacity

• alternative to conventional desalination & water treatment

• alternative to conventional recycling plants 

/ SOLIDS REDUCTION – optional

• prepares mixed solid waste for slurrification  

• allows solids to be processed by the system as a liquid

• configurable for a broad range of sizes

• mixes liquid and solid intakes together for processing

/ CONSTITUENT ANALYTICS

• identifies intake liquid and constituents in real-time

• provides feedback for system’s master controller

/ BULK WATER EXTRACTION

• separates and extracts bulk water from liquid intake

• isolates constituents from bulk extracted water

• routes separated water to water production system

• routes isolated constituent mixture to be reformed

• renders constituents as non-detectible in extracted water

/ REFORMATION

• converts all intake constituents into aqueous solution

• reforms completely, without residuals and byproducts

• routes aqueous solution for synthesis of fuel

• accepts salts from seawater and industrial brines

• utilizes the atmosphere to assist reformation process

• interfaces with the gas processing system

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WATER PRODUCTION

• accepts water extracted by the system

• alternative to, & upgrade for conventional treatment plants

• alternative to, & upgrade for hydroponic & aquaponic farms

/ TREATMENT & CONDITIONING

• produces potable, municipal supply & tap water

• treats water by sanitization & restructuring

• removes septics and coliform

• conditions water by remineralizing

• oxygenates water for premium drinking & bottling

• mineralizes water to optimize pH-balance

• controls the water’s electrical conductivity level

/ OXYGEN STABILIZATION

• produces premium grade drinking water for bottling

• produces medical grade water

• stabilizes oxygen to highly concentrated levels

/ NUTRIENT ENRICHMENT

• produces nutrient-formulated oxygen water

• enriches water with a configurable nutrient balance

• produces irrigation water for agriculture

• produces tank water for aquaponics

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FUEL PRODUCTION

• synthesized from the system’s reformed aqueous solution

• produces carbon-free, non-toxic hydrogen-based fuel

• provides fuel for the system’s turbine in the power unit

• produces surplus fuel for distribution to consumer markets

/ SYNTHESIS

• formulated as aqueous liquid plasma of serum components

• formulated to combust only while under pressure

• formulated with a configurable heat energy density

• classifiable as biofuel in a cogeneration bottoming cycle

• compatible and miscible with Diesel fuel or Jet fuel

• compatible in combustors using liquid injector retrofits

/ HYDROGEN STABILIZATION

•  prepares hydrogen to comprise the fuel’s energy carrier

/ OXYGEN STABILIZATION

• prepares oxygen to comprise the fuel’s combustion oxidant

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POWER PRODUCTION

• production of electrical power for system

• production of surplus power for distribution to power grid

• turbine, generator & transformer comprise the “power unit”

• scalable to multiple gigawatt capacity

• configurable and compliant to any global standard

• configurable for baseload and peak-power

• immune to electromagnetic field (EMF) interference

• immune to electromagnetic pulse (EMP) damage

/ TURBINE OPERATION

• operates using the system’s produced fuel

• operates using a recirculative, self-cooled closed-cycle

• recycles water vapor and noise emissions by recirculation

/ GENERATOR OPERATION

• analyzes transmission line dynamics in real-time

• uses transmission line feedback signal for auto-adjustment

• synchronizes to grid or networks electronically

• balances, follows and matches electrical grid load

• responds instantly to large swings of electrical loads

• powers-up in minutes with or without load (black start)

/ TRANSFORMER OPERATION

• converts generator output to 3-phase 50/60Hz AC

• recirculates power with generator in a closed cycle until loaded

GAS PROCESSING

• manages gases used by the system’s fuel & water production

/ HYDROGEN DERIVATION

• provides hydrogen to be fixed into the produced fuel

/ OXYGEN DERIVATION

• provides oxygen to be fixed into the produced water & fuel

MATERIALS PRODUCTION – optional

• produces materials from the system’s aqueous solution

/ CONSTITUENT EXTRACTION

• isolates, extracts and accumulates selected materials

• e.g., separates salt as an isolate from seawater or brine

/ MATERIALS FORMULATION

• formulates configurable molecular products

• e.g., produces liquid carbon from high-carbon intakes

EXAMPLE APPLICATION

LANGENBURG SYSTEMS WASTE-TO-ENERGY/WATER UNIT

The above compact system shown is installed upon a 2-ton flatbed truck, enclosed within 1200 cubic feet container, capable of:

water isolation, treatment and purification; 
material-to-energy conversion and material destruction;
carbon-free fuel and electrical power production.

The intake capacity is 600,000-800,000 gallons per day.  Over 90% of the water content is separated from the intake stream, treated and purified as potable or as premium bottling water.  The remaining component byproducts from the intake are converted to carbon-free fuel used to operate an emission-free turbine-generator at 50 MW baseload capacity – a fraction of which is available for load-balancing and peak power production.  The system can also produce enough surplus Langenburg carbon-free fuel to replace 100% of the coal used (after injector retrofitting) to operate 600 MW coal-fired power plant.

External intake and product outflow pumps are added to realize the full throughput conversion capacity.  This example Langenburg system can be used as a baseline for application scaling purposes.

BACKGROUND

LANGENBURG RESEARCH

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Over 50 years of innovation, Langenburg Research has combined a myriad of physics and engineering, with quantum field theory and the exotic properties of water to advance the next generation of sustainable energy technology.  This work has also provided many well-known advancements to the commercial and military sectors of the aerospace industry, and for the automotive industry.

VISION

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By The Power of Water™, solve the most complex challenges to global energy, water and waste infrastructure.

Prinz zu Albrecht Hohenlohe-Langenburg

GERMANY

HISTORY

The noble line of descent known as The Princely Dynasty of Hohenlohe dates back to 1450.  Its royal insignia depict the classic allegory of a phoenix inscribed with 'ex flammis clarior ', or 'from the flames, brighter '.  This royal German legacy has a history rich in sciences and engineering, imported to Southern California during the 1960's by inventor Prinz Albrecht zu Hohenlohe-Langenburg.  The Langenburg Technologies logo features a classic crest with three stylized dragons on a crowned shield that each represent an age of royal dynasty; the crown symbolizing a far earlier royal heritage linked to origins of the Roman empire.

The Power of Water™

2022 ANNUAL ILLUSTRATION
The Power of Water

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