ClO₂ Treatment Services | Neuratherm Power Systems
Neuratherm deploys mobile chlorine dioxide biological treatment programs across the Appalachian Basin. Our programs are designed for Marcellus and Utica produced water chemistry. Tim Lathrop and the PureLine team provide ClO₂ equipment and labor, we manage the commercial relationship, pumping services as needed and program design. All services are available for immediate deployment.
SWD INJECTIVITY MAINTENANCE
Restore injection rates. Kill SRB at the source. Eliminate the H₂S precursors causing your well to sour. Pre- and post-treatment pressure and bacterial count documented. Single event or ongoing program.
FLOWBACK BIOLOGICAL TREATMENT
Biological treatment from first water back. Prevents SRB establishment during the critical early flowback window before production turnover. Designed for Marcellus and Utica brine chemistry.
GATHERING LINE CONTINUOUS DOSE
NT metering skid at the wellhead pad doses ClO₂ at 5–10 ppm into produced water entering the gathering line. Treats the entire line from wellhead to facility. Reduces H₂S at the facility inlet, arrests FeS accumulation, and eliminates the SRB driving ongoing souring. No TEG or compressor impact.
FRAC ON THE FLY
ClO₂ dosed during active frac pumping. Compatible with friction reducer at field concentrations. Kills bacteria in your frac water before it enters the formation. Prevents SRB establishment from Day 1 of production.
WELLBORE BIOSECURITY
ClO₂ slug at end of plug drillout — before production turnover. Preemptive SRB kill across the full wellbore column and perforated intervals. One treatment. One less problem your production team inherits. All treatment programs patent pending.
NeuraCore Thermal Energy Platform
A long‑term ceramic‑manifold thermal‑storage concept designed to capture high‑temperature waste heat and convert it into usable power and thermal output.
Industrial facilities, data centers, and next‑generation energy systems generate enormous amounts of high‑grade heat that is typically wasted. NeuraCore explores how advanced ceramics, modular manifolds, and controlled heat‑flow pathways can store and redistribute that energy for meaningful industrial use.
This platform represents the future of thermal‑energy innovation and the foundation for a new advanced‑manufacturing cluster in Western Pennsylvania.
What NeuraCore Aims to Solve
-loss of high‑temperature waste heat
-inefficient thermal‑management systems
-lack of scalable, modular thermal‑storage options
-limited domestic manufacturing of advanced ceramic components
Core Concept
NeuraCore centers on a high‑temperature ceramic manifold engineered to:
-absorb and store heat from industrial or energy‑sector sources
-release that heat in a controlled, predictable manner
-integrate with power‑generation or thermal‑management systems
-support modular scaling from pilot units to industrial arrays
The concept leverages ceramics, robotics, machining, and thermal‑systems engineering — all strengths of the Western PA ecosystem.
Potential Applications
-industrial heat‑recovery systems
-data‑center thermal management
-nuclear uprate support
-distributed thermal‑energy storage
-high‑temperature process industries
Regional Impact
As NeuraCore matures, it creates opportunities for:
-ceramic manufacturing
-precision machining
-robotics and automation
-advanced‑materials research
-long‑term job creation in Western Pennsylvania
This platform is designed not just as a technology, but as a future anchor for regional advanced manufacturing.
Development Status
NeuraCore is a long‑term engineering concept in early‑stage modeling and materials exploration. Future phases include ceramic‑manifold prototyping, heat‑flow testing, and alignment with regional manufacturing partners.
