BlueInGreen engineered water treatment and gas dissolution systems

Engineered BlueInGreen water treatment platforms by Chart Industries: SDOX oxygenation units, Dual SDOX 600 skids, and CDOX pH control packages.

BlueInGreen: advanced supersaturated gas dissolution technologies

BlueInGreen forms an engineered division of ChartWater within Chart Industries, specializing in hyper-efficient dissolved gas infusion platforms. The modular systems perform municipal effluent aeration, industrial biological treatment, precision pH regulation, and oxidation.

Specialized ChartWater technology enterprise within the Chart Industries group
Engineering design of energy-efficient modular dissolved gas infusion skids
Biological wastewater plant aeration energy reductions reaching up to 75 percent
Integrated global engineering and maintenance support via Chart Aftermarket

SDOX oxygen dissolution systems and SDOX-CS collection sewer protection

SDOX platforms utilize supersaturated dissolved oxygen technology to oxygenate liquid streams without buoyant bubble loss or compressor inefficiencies. SDOX-CS skid units halt hydrogen sulfide formation, eliminating odor and acidic sewer pipe corrosion across utility networks.

Compressor-free pure oxygen dissolution under controlled hydraulic pressure head
Direct inhibition of hazardous hydrogen sulfide gas formation in force mains
Replacement of inefficient mechanical surface aerators saving 75 percent power
Rapid ecological revitalization and dissolved oxygen recovery in natural basins

Dual SDOX 600 modular containerized oxygenation packages

The Dual SDOX 600 package integrates two industrial SDOX modules inside a single 20-foot ISO maritime container, including full process piping, controls, and pump loops. Each unit delivers upwards of 4,500 kilograms of dissolved oxygen daily within a minimal plant footprint.

Self-contained package design housed inside standard 20-foot maritime ISO containers
Oxygen delivery rating exceeding 4,500 kilograms of dissolved pure oxygen daily
Treatment capacity addressing up to 15,142 cubic meters of domestic wastewater daily
Rapid mobilization readiness under the modular Treatment-as-a-Service framework

CDOX automated carbon dioxide pH control and recarbonation systems

CDOX and StreamLine CO2 systems introduce a safe pH reduction method by dissolving pressurized carbon dioxide into liquid streams, forming carbonic acid on demand. This approach replaces harsh mineral acids while reducing treatment operational expenditure by up to 40 percent.

Automated pH reduction utilizing on-demand carbonic acid without aggressive acids
Operational expenditure savings reaching up to 40 percent over mineral acid feeds
Superior gas delivery mechanics driving a 90 percent reduction in carrier water use
Elimination of chemical corrosion risks across plant pipe manifolds and pumps

HyDOz pressurized dissolved ozone oxidation and disinfection platforms

HyDOz platforms deliver hyper-efficient ozone mass transfer directly into pressurized water flows without off-gas losses. The dissolution reactors destroy recalcitrant micropollutants, eliminate odors, reduce color, and provide final disinfection for industrial effluents.

Supersaturated pressurized ozone dissolution achieving gas transfer efficiency to 98%
Targeted destruction of recalcitrant organic contaminants and persistent toxins
Elimination of hazardous off-gas venting into treatment building operating rooms
Deep effluent decolorization, taste and odor elimination, and final pathogen disinfection

Replacement components, booster pumps, injectors, and instrumentation

To maintain continuous operation of BlueInGreen systems, supply packages provide high-head booster pump units, dissolution vessels, venturi injectors, solenoid valves, and telemetry transmitters. Spare parts verification proceeds from unique equipment serial nameplate data.

High-head liquid motive pump assemblies and pressurized gas dissolution vessels
Machined venturi motive nozzles, diaphragm control valves, and electromagnetic meters
Optical dissolved oxygen probes, dissolved ozone analyzers, and industrial pH electrodes
Precise component identification indexed to factory equipment serial nameplate records

ChartWater BlueInGreen engineering background and manufacturing scope

BlueInGreen was established in North America as an engineering development enterprise focused on clean fluid gas dissolution technologies.

Operating within ChartWater as part of the Chart Industries and Baker Hughes industrial network, the division maintains dedicated fluid dynamics testing laboratories, pressurized vessel fabrication bays, and skid assembly facilities.

Manufacturing procedures comply with ASME pressure vessel standards, ISO 9001 quality rules, and international environmental treatment guidelines.

Engineering teams deliver high-efficiency gas dissolution reactors, skid booster pumps, automated dosing instrumentation, and modular container systems serving municipal utilities and industrial processing plants worldwide.

SDOX supersaturated dissolved oxygen technology and aeration mechanics

The operational mechanism of SDOX systems introduces pure oxygen into a pressurized dissolution reactor under controlled hydrostatic head.

Rather than relying on traditional blowers or surface impellers that produce large bubbling plumes, BlueInGreen technology transforms gaseous oxygen directly into molecularly dissolved form without off-gas atmospheric venting.

The concentrated oxygenated sidestream injects into basin floors through specialized hydrodynamic nozzles, promoting rapid fluid blending and immediate mass transfer.

Bypassing bubble dynamics prevents sludge floc shearing, minimizes surface foaming, and slashes biological wastewater aeration power consumption by upwards of 75 percent compared with standard aerators.

Dual SDOX 600 containerized platforms and TaaS deployment models

To accelerate capacity upgrades across municipal and industrial sites, BlueInGreen delivers modular Dual SDOX 600 packages assembled within standard 20-foot maritime ISO containers.

Each container integrates two independent SDOX 600 dissolution trains, motive booster pumps, stainless steel interconnecting headers, liquid distributors, and automated PLC control cabinets.

A single containerized station introduces over 4,500 kilograms of dissolved oxygen daily, handling up to 15,142 cubic meters of municipal wastewater each day.

Delivered as factory-tested turnkey skids, the packages support rapid mobilization under the Treatment-as-a-Service (TaaS) lease framework to mitigate seasonal peak loading or aeration equipment outages.

Safe carbon dioxide pH control and neutralization with CDOX

CDOX and StreamLine CO2 systems present an engineered alternative to conventional sulfuric or hydrochloric acid dosing skids.

The process dissolves pressurized carbon dioxide directly into flowing water, producing on-demand carbonic acid that smoothly and accurately buffers effluent pH without chemical overshooting.

Employing carbon dioxide removes hazardous chemical exposure risks for operating staff and shields concrete basins and pipes from corrosive mineral acid fumes.

Automated CDOX telemetry tracks submersible pH electrode inputs to throttle gas flows, reducing carrier water demand by 90 percent and trimming ongoing operating expenses by up to 40 percent.

HyDOz advanced pressurized dissolved ozone oxidation systems

HyDOz platforms perform deep chemical oxidation of persistent micropollutants, refractory industrial organics, and pharmaceutical residues.

The equipment dissolves high-concentration ozone gas into wastewater streams under positive pressure inside closed reaction vessels, reaching gas transfer efficiencies exceeding 98 percent.

Hyper-efficient mass transfer eliminates dangerous ozone off-gas venting into operating rooms, removing requirements for thermal off-gas destruct units.

Systems deliver effective color removal, odor destruction, and pathogen disinfection before final effluent discharge into sensitive receiving waterways.

Engineered spare parts selection based on plant nameplate data

Accurate identification of replacement dissolution vessels, booster pumps, venturi nozzles, valves, and telemetry instruments requires the unique serial number from the unit metal nameplate, along with the electrical cabinet drawing reference.

This enables technical staff to retrieve original factory fabrication files and hydraulic schematics.

Production records confirm exact specifications for motive pumps, machined nozzles, solenoid diaphragms, sensing lines, and analytical transmitters. All components undergo factory pressure testing and include documentation for installation by qualified plant maintenance teams.

BlueInGreen and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of BlueInGreen and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.