CREATING THE FUTURE WITH THE POWER OF WATER & LIGHT
About
Quantum Core-Tech for Regenerative Industrial & Civil Infrastructure
Presented, is a proprietary regenerative technology developed by Langenburg Research that can manipulate and convert matter in ways not possible using classical thermodynamic systems. Langenburg core-tech is a completely new framework of applied quantum physics, achieving the highest specification available for heavy industry and civil infrastructure. This robust, adaptable, modular, and scalable solution is suitable, even for the most difficult and complex scenarios. Its regenerative process enables projects to achieve 100% self-sufficient, emission-free operation.
langenburg project design of a self-sufficient city zoned for space-age use
typical applications
Langenburg Systems are modular, configurable, scalable and globally compliant for any industrial/civil infrastructure application. Above, are photos of equipment fabricated, configured and programmed by Langenburg. Larger scale systems utilize affiliated manufacturing partners.
TYPICAL APPLICATIONS
municipal waterworks; baseload grid power with robust load-following performance; waste conversion to products; mixed recycling; zero-emission hydrogen-based heat production; broad-spectrum materials processing; seawater desalination; reclamation mining, and more...
typical waste-to-energy plant component line
EXAMPLE 100MW WTE PLANT: 2x50MW COMPONENT LINES + WATER/FUEL PRODUCTION
TYPICAL WASTE-TO-ENERGY (WTE) COMPONENT LINE
<< langenburg components
INTAKE CONVERTER > FUEL SYNTHESIZER > TURBINE > GENERATOR > CONVERTER
substation components >>
VOLTAGE TRANSFORMER > CURRENT TRANSFORMER > BREAKER > POWER GRID
core technology
100% EMISSION-FREE REGENERATIVE CORE TECH FOR SELF-SUFFICIENCY
Langenburg Technologies is the exclusive service provider of core technology developed over 60 years by Langenburg Research.
creating the future by the power of water and light
CONFIGURABLE SUITE OF BREAKTHROUGH TECHNOLOGIES
Highly-advanced scientific methodology, embodied by specially engineered equipment to leverage exotic properties of water and light. The results are controlled interactions between water, light and matter.
Max Langenburg builds wastewater conversion module for LT Georgia project
Langenburg wastewater conversion module for LT Georgia project
Langenburg modified turbines adapted for operation using LT UltraFuel™
1990s VHS-taped lab demo by Max Langenburg operating a QED generator
Water isolation from any wastewater by
applied quantum hydrodynamics
The proprietary core tech process uses quantum-hydrodynamics to separate pure water from any liquid waste intake, for applications including municipal waterworks, seawater desalination, aquaponics, farm irrigation, premium oxygen water bottling, and therapeutic medical-grade water.
Conversion of any material by applied
quantum biochemistry
Leveraging exotic quantum properties of water and light, matter is converted in a throughput process without the use of heat, catalysts, or chemical agents.
Synthesis of non-carbon, non-toxic, hydrogen based fuel made from any waste
Residual concentrates remaining after water is separated from a liquid intake, can be converted into a proprietary hydrogen-based non-carbon, non-toxic, emission-free fuel. On-demand, throughput fuel production allows gensets to operate emission-free.
Mechanical power developed by regenerative zero-emission closed-cycle turbines
Developed in the late 1950s, using proprietary retrofits, Langenburg synthetic fuels can be used in any Brayton or heat cycle turbine. Langenburg full-proprietary turbines operate on a regenerative closed-cycle without any air-intake or exhaust outlets.
Robust baseload electrical power by regenerative quantum electrodynamic generators
Developed in the mid 1960s, Langenburg proprietary generators do not use magnetic induction. They are based on proprietary quantum-electrodynamics, suitable for baseload power generation with robust load-following capability, can balck-start within a minute, and are immune to electromagnetic pulse.
functions integration abstract
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typical inputs
pumpable liquid material slurries
atmospheric air
typical outputs
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
non-carbon synthetic hydrogen-based fuel for emission-free turbine operations
hi-performance baseload power, peak power and load-following for the consumer electrical grid
configurable isolates sourced from the intake stream
configurable material formulations by synthesis
typical functionsal schematic diagram
equipment exhibit
Langenburg versus common methods
SYNTHETIC FUELS
BY: Langenburg-proprietary direct wastewater solids conversion quantum biohydrodynamics and quantum electro-chemicalcmolecular formulation.
REPLACES COMMON METHODS:
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Fischer-Tropsch
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methanol-to-gasoline
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direct-coal liquefaction
HYDROGEN &
HYDROGEN-BASED
SYNTHETIC FUELS
BY: Langenburg-proprietary direct wastewater solids conversion to, and stabilization into an aqueous solution at ambient temperature, by quantum biohydrodynamics – Langenburg hydrogen-based liquid carbon/emission-free fuels qualify as the purest form of Green Hydrogen.
REPLACES COMMON METHODS:
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hydrolysis & thermolysis
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steam reformation from HCs
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byproduct of chlor-alkali
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cryogenic hydrogen
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hydrogen fuel-cell
OCEAN SEAWATER
& INDUSTRIAL BRINES DESALINATION
BY: Langenburg-proprietary water separation using quantum hydrodyamics processing. Salts are isolated and collected as medical-grade quality, or converted to fuel used to operate the system. Material components of the intake water can be isolated and collected.
REPLACES COMMON METHODS:
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boil/vacuum/membrane distillation
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ion exchange
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electrodialysis reversal (EDR)
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forward / reverse osmosis
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freezing / geothermal desalination
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solar / multiple-effect humidification
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high-grade water recycling
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seawater greenhouse
MUNICIPAL TAP, POTABLE & PREMIUM DRINKING
(BOTTLE GRADE) WATER
BY: Langenburg-proprietary water separation using quantum hydrodynamics; mineral supplementation; pH balancing; microclustering; oxygen enrichment/stabilization; nutrient enrichment (agricultural irrigation applications.
REPLACES COMMON METHODS:
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sequencing batch reactor
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membrane bioreactor
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moving-bed biofilm reactor
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microfiltration & ultrafiltration
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ion-exchange & deionization
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activated carbon/charcoal tower
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ultraviolet light treatment
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ultraviolet radiative ozonization
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boiling & distillation
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reverse osmosis
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chlorination & iodine treatment
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solar water disinfection (SODIS)
WASTE REMEDIATION, MIXED RECYCLING & WASTE ELIMINATION
BY: Langenburg-proprietary direct non-thermal plasma reduction and conversion using quantum biohydrodyamics.
REPLACES COMMON METHODS:
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conventional sorted recycling
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incineration
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chemical agents
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oxidation reduction
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landfills (degradation / soil capping)
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holding ponds /degradation
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activated carbon
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bioreactors / biowall / cometabolics
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electrokinetics
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groundwater circulating wells
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groundwater pump & treat
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pH control
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monitored natural attenuation
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multi-phase extraction
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permeable reactive barrier
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phyto-technologies
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soil vapor extraction & washing
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solvent extraction
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plasma arc
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microfiltration & ultrafiltration
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ion-exchange & deionization
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activated carbon/charcoal tower
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UV light treatment & ozonization
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boiling & distillation
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reverse osmosis
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chlorination & iodine treatment
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solar water disinfection (SODIS)
ELECTRICAL CONSUMER
GRID POWER
BY: Langenburg-proprietary regenerative quantum-electrodynamic generator, connected by shaft to a closed-cycle hydrogen turbine; the output converter for 3-phase AC output compatibility to any global standard.
REPLACES COMMON METHODS:
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magnetic induction generator
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gas turbine
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jet turbine
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steam turbine
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wind turbine
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diesel piston engine
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solar voltaic
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thermonuclear
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hydroelectric dam