Air Pollution Strainers
APS - Advanced Carbon Capture Technology
A direct carbon capture solution from the source of emissions with innovative storage and utilization capabilities. Five purpose-built inventions, one shared split-unit technology, covering everything from heavy industry to the family car.
98%+
Emission Capture Rate
Split Unit
Separated Design
3 UN Goals
Sustainable Impact
What is Air Pollution Strainers?
Revolutionary Split Unit Technology
Air Pollution Strainers represent a breakthrough in direct carbon capture technology, engineered specifically to work at the source of emissions. Unlike traditional solutions, our split unit design separates the capture mechanism from the processing unit, allowing for maximum efficiency and flexibility in deployment.
The capture unit is installed at the precise point where emissions originate, while the processing unit is positioned in a convenient location closer to your operations center. This separation ensures superior control, monitoring, and carbon dioxide utilization without compromising your facility's workflow or safety protocols.
By offsetting industrial carbon footprints through verified carbon credit cancellation, APS enables businesses to transform environmental responsibility into measurable financial benefits while contributing meaningfully to global sustainability objectives.
Core Deliverables Across the Line
- Captures over 98% of emissions from the source without atmospheric pollution
- Separated unit design ensures high-level carbon capture and optimal control
- Capture unit installed at emission point; processing unit positioned for convenient monitoring and evaluation
- Regular monitoring and assessment protocols for continuous performance validation
- Seamless integration with industrial carbon credit offsetting programs to maximize revenue
Invention 01 · Heavy Industry
Industrial APS System
Split unit direct carbon capture for manufacturing and process plants requiring heavy-duty emission control.
Two Units, One System
A rugged capture unit mounts directly at the stack or exhaust manifold, engineered to withstand high volumes, elevated temperatures, and round-the-clock operation. The processing unit sits away from the heat and noise of the plant floor, where your team can monitor capture rates, fluid condition, and storage levels without disrupting production.
Every installation is sized to your facility's actual output, so smaller plants aren't paying for capacity they don't need, and larger operations can add capture units in parallel as they grow.
Stack-Rated Capture Unit
Built to handle sustained high temperatures and exhaust volumes without loss of capture efficiency.
Scalable by Design
Add capture units in parallel as output grows, without redesigning the processing infrastructure.
Compliance-Ready Reporting
Continuous data logging supports regulatory audits and third-party emissions verification.
Invention 02 · Worker Safety
Factory Hazardous Gas Capture
Rotating capture engineered for dangerous industrial gases, particulates, and toxic fumes on the factory floor.
A Rotating Capture Mechanism
Unlike a static filter that saturates and loses efficiency over a shift, this unit rotates its capture surface continuously, keeping fresh capture media exposed to the gas stream at all times, exactly where welding fumes, solvent vapors, and fine particulates pose the greatest risk.
The capture unit installs directly at the emission point on the floor, while the processing unit sits in a monitored location, giving safety officers a continuous, auditable record of system performance.
Continuous Rotation
Fresh capture surface is always in contact with the gas stream, avoiding the drop-off of static filters.
Safety-First Monitoring
Real-time readings flag abnormal gas concentrations before they become a hazard.
Auditable Records
Logged data supports occupational health and safety compliance reviews.
Invention 03 · Residential & Commercial
Small Generator APS
Compact fume capture for portable generators, cutting dangerous exhaust exposure around homes and small businesses.
Small Footprint, Serious Purpose
The capture unit fits directly onto the exhaust outlet, intercepting fumes the moment they're produced, closing a genuine and preventable safety gap for generators used in garages, tents, market stalls, and construction sites.
Captured carbon is stored in a compact processing unit and can be pooled with other captures for resale, giving households and small businesses a way to offset the running cost of backup power.
Direct Exhaust Fit
Attaches straight onto the generator's exhaust outlet, no complex retrofitting required.
Reduced Exposure Risk
Lowers fume buildup around partially enclosed or occupied spaces where generators are common.
Carbon Resale
Pooled captured carbon can be sold on, helping offset the cost of running backup power.
Invention 04 · Mobility
Vehicle Emission APS
Portable emission reduction that installs into the existing exhaust path, bringing output to environmentally tolerable levels.
Retrofit, Don't Replace
The unit is sized to fit within a vehicle's existing exhaust geometry, so installation doesn't mean re-engineering the drivetrain, and day-to-day driving is unaffected.
For fleets, this means a lower-cost path to cleaner operation than replacing vehicles outright, and a practical way to work toward urban air quality targets across an existing fleet.
Exhaust-Path Fit
Installs within the vehicle's existing exhaust line, no drivetrain modification required.
Unaffected Performance
Designed so day-to-day driving and fuel handling stay the same after installation.
Fleet Scalability
Can be installed across an entire fleet without the capital cost of new vehicles.
Invention 05 · Chemistry
Capture Fluids
The formulated chemistry that powers every capture unit in the APS line, sold on its own for facility-managed supply.
Formulated for Separation, Not Just Absorption
Capture Fluids are engineered specifically to bind and separate carbon dioxide and particulate matter from an exhaust stream, the same fluid chemistry used inside every APS capture unit across the product line.
Built for an extended operational lifespan under continuous exposure and certified for environmental safety, so handling and eventual disposal or reprocessing meet certification standards.
Advanced Formulation
Engineered chemistry that targets both carbon dioxide and particulate matter in a single pass.
Extended Lifespan
Formulated to remain effective over long operational periods, reducing replacement frequency.
Cross-Product Compatibility
Works across the Industrial, Factory, Generator, and Vehicle APS product lines.
Supporting United Nations Sustainable Development Goals
Goal 3
Good Health and Well-being
Goal 9
Industry, Innovation and Infrastructure
Goal 11
Sustainable Cities and Communities
Goal 13
Climate Action
How APS Technology Works
Integrated Capture System Architecture
Across every invention in the line, emissions generated at the source are immediately intercepted by a specialized capture unit, where high-performance formulated fluids separate carbon dioxide and particulate matter from the exhaust stream.
The separated emissions are then safely conveyed to a processing unit, positioned remotely for convenient monitoring and evaluation. This geographical separation eliminates the need for bulky equipment at the emission point while enabling sophisticated laboratory-grade analysis and storage capabilities at the processing facility.
Captured carbon dioxide is securely stored and catalogued for commercial utilization, enabling revenue through verified carbon credit cancellation programs while making a measurable contribution to global climate action initiatives.
Intellectual Property Protection
Air Pollution Strainers technology, across all five inventions, is backed by acquired patent rights for APS equipment, ensuring proprietary innovation protection and industry leadership in direct carbon capture solutions.