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Sodium

Sodium Scrubbing & Regeneration

Today’s Coal Problem for Power Stations

Power stations and other industries burn coal and produce pollution from inadequate scrubbing especially CO2 and often create contaminated landfill from gypsum and carbon loaded landfilled ash.

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Tomorrow’s Coal Solution for Power Stations

We can reduce coal usage and clean up essentially all pollution creating fertilizer from SOx and NOx components, make the ash marketable.

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We deep well inject the CO2 and recover radiogenic geothermal heat in the same well.

Near-Zero Emissions

Our patented sodium scrubbing and regeneration technology removes industry leading amounts of pollutants from coal combustion. We can implement a brand-new system for your facility or easily replace existing limestone systems with cost-effective sodium that is reused in a closed loop.

Near-Zero Emissions
Revenue Generating Fertilizers

Revenue Generating Fertilizers

One of the key features making the Airborne System highly competitive and profitable is the ability to generate premium agricultural fertilizers at a low cost for our clients.

High-performance Mist Elimination

The Airborne System controls flue gas pollution and eliminates white plumes through our high-performance de-mister. The Airborne advantage is that we use solution chemistry to capture the pollutants, a superior method to coarse traditional de-misters.

High-performance Mist Elimination
The Regeneration Hub: Airborne for Multiple Facilities

The Regeneration Hub: Airborne for Multiple Facilities

The Airborne System has a perfect option for smaller facilities - the Regeneration Hub. Connect multiple facilities, such as a steel plant and ceramic plant to a centralized sodium scrubbing and regeneration hub and enjoy all the benefits of the Airborne System.

Fertilizer co-product can be nitrogen-based or potassium-based.  The economic decision depends on the local fertilizer market demands, specific input costs and fertilizer revenues.

Typical Difficulties for Coal Users: Go Away.

Increasingly stringent emissions regulations

Conventional air pollution control technologies are expensive and inadequate

Specific issues include:

  • Water sensitivity/high evaporative water usage for many FGD systems

  • Availability of limestone 

  • Disposal of sorbents and byproducts

  • Difficulty recouping the cost of air pollution control technologies

  • Stack issues

  • Condensable particulate matter issues (CPM)

Clean air for local citizens: reduced sickness and health care costs and improved local living conditions

Global warming is averted solutions offers an attractive bridge to postpone the devastating job loss and economic hardships that would be caused by immediate coal shutdowns over CO2 issues.

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Coal is now:
 

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