Automotive Aftermarket Catalytic Converter Manufacturing

High Performance

 

Superior Manufacturing

Synergy uses only high performance, ultra-low back pressure metallic substrates as supports for our state of the art aftermarket catalysts

 

Technological Expertise

 

Many Applications

Our engineers and scientists have experience developing catalysts for OEM automotive applications as well as for aftermarket/replacement applications.

 

Quality in Design

 

Consistent Results

We utilize OEM quality raw materials in order to achieve an aftermarket product that keeps the MIL light off and exceeds all government regulations for replacement catalysts regarding CO, HC and NOx conversion as well as OBD-II requirements.

 
 

Oxidation Catalysts for Diesel Engines, Gasoline Engines, Automotive Aftermarket Catalyst and OEM

Governments around the world have adopted tighter emission standards related to automotive aftermarket catalyst and nitrogen oxide and particulate matter from diesel-powered vehicles and various regulatory programs have been put in place to address the millions of diesel engines already in use. Off Road Engines have unique catalyst needs automotive aftermarket Catalysts for Gasoline Engines (Light-Duty Vehicles or “LDVs”). It was introduced in 1975, the automotive aftermarket catalytic converter has been the pervasive means of meeting emissions regulations for gasoline-powered vehicles around the world. Since 2005, 100% of new cars sold in the U.S. and over 90% of all new cars sold worldwide have been equipped with a catalytic converter as the principal means of meeting emissions standards. A catalyst is a substance that facilitates a chemical reaction without taking part in the reaction itself. Automotive aftermarket catalytic environmental catalytic converters convert harmful compounds into innocuous compounds. For example, three-way automotive catalytic converters convert hydrocarbon, nitrogen oxide and carbon monoxide into nitrogen, carbon dioxide and water. Catalytic converters are made up of several different components contained in a metal housing that is incorporated into an automobile’s exhaust system. These systems may contain multiple catalytic converters, each of which may contain several ceramic substrates. Each ceramic substrate is made from widely available materials formed into a honeycomb array of porous channels designed automotive aftermarket catalyst to maximize the surface area exposed to passing exhaust gasses. Each substrate is coated with an active catalyst coating that contains tiny particles of precious metals, which serve chemically to clean the exhaust. Once exhaust heats the coated substrates above 300 degrees Celsius, hydrocarbon, nitrogen oxide and carbon monoxide molecules bind temporarily to the catalyst surface and are converted into innocuous compounds. The regulations controlling auto emissions in countries throughout the world have become increasingly restrictive, and will continue to tighten in the future.   In the United States, emissions standards are managed by the Environmental Protection Agency (EPA). The state of California has special dispensation to promulgate more stringent vehicle emissions standards, and other states may choose to follow either the national or California standards.  According to a 2005 EPA study, the largest emissions of nitrogen oxide came from on-road motor vehicles, with the second largest contributor being non-road equipment (mainly gasoline and diesel engines). The study also lists on-road vehicles as the second largest automotive aftermarket catalyst source of volatile organic compounds at 26%, with non-road equipment at 19%. According to the same study, on-road vehicles were responsible for 60% of carbon monoxide emissions and motor vehicle use is increasing. Nationwide, three-quarters of carbon monoxide emissions come from on-road motor vehicles (cars and trucks) and non-road engines (such as boats and construction equipment). Control measures have reduced pollutant emissions per vehicle over the past 20 years, but the number of cars and trucks on the road and the miles they are driven have doubled in the past 20 years. Vehicles are now driven two trillion miles automotive aftermarket Catalyst each year in the United States.  With more and more cars traveling more and more miles, growth in vehicle travel may eventually offset progress in vehicle emissions controls. Emission control for automotive aftermarket catalysts eliminate dangerous engine pollutants from a range of fuels, including gasoline, diesel, natural gas and alternative fuels. 

Our Solution

We invented and own a fundamentally unique and patented material technology for the development of catalysts. Our patented Metallic Substrate Coating technology for light duty vehicles significantly improves catalytic performance and is highly durable and cost-effective. We have developed unique nanostructures that are extremely thermally stable and resistant to sintering. Catalytic converters using our technology have superior catalytic performance, can cost substantially less as a result of significantly reduced platinum group metal loadings, have comparable or better durability and are physically and operationally compatible with all existing catalytic converters manufacturing processes and operating requirements. It is based on industry-leading, patent-protected technology and a scalable catalytic converters manufacturing business model. Current techniques for diesel engines to meet emissions standards for off-road engine catalyst require the use of several methods, including diesel oxidation catalysts, catalyzed diesel particulate filters, and selective catalytic reduction systems.

Our Solution

We have been producing diesel oxidation catalysts. In addition, we are working with leading heavy duty diesel engine and substrate manufacturers to develop diesel oxidation catalysts, catalyzed diesel particulate filters and selective catalytic reduction systems utilizing our MPC® technology to meet U.S. and European light and heavy duty regulations with minimal or no platinum group metals.   Automotive Aftermarket CatalystWe offer a full range of catalyst products for the control of carbon monoxide, hydrocarbons, particulate matter and nitrogen oxides in light and heavy duty applications.

 
 

Automotive Aftermarket Catalyst Applications require a special catalyst product

 

Synergy diesel particulate filter has developed metallic coating technologies specifically for these applications and oxidation catalysts

 

Metallic substrates are highly recommended

 

TWCs can be provided for gasoline fueled engines Off Road Engine Catalyst

 

DOCs, DPFs, SCR, AMOX and HC and NOx reductant Mixers are available for diesel fueled engines Off Road Engine Catalyst

 

Oxidation, SCR and TWC coatings are available for CNG and LPG fueled engines Off Road Engine Catalyst

 

High Performance

 

Superior Manufacturing

Synergy uses only high performance, ultra-low back pressure metallic substrates as supports for our state of the art aftermarket catalysts

 

Technological Expertise

 

Many Applications

Our engineers and scientists have experience developing catalysts for OEM automotive applications as well as for aftermarket/replacement applications.

 

Quality in Design

 

Consistent Results

We utilize OEM quality raw materials in order to achieve an aftermarket product that keeps the MIL light off and exceeds all government regulations for replacement catalysts regarding CO, HC and NOx conversion as well as OBD-II requirements.

 
 
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High Performance

Superior Manufacturing

Synergy uses only high performance, ultra-low back pressure metallic substrates as supports for our state of the art aftermarket catalysts

Technological Expertise

Many Applications

Our engineers and scientists have experience developing catalysts for OEM automotive applications as well as for aftermarket/replacement applications.

Quality in Design

Consistent Results

We utilize OEM quality raw materials in order to achieve an aftermarket product that keeps the MIL light off and exceeds all government regulations for replacement catalysts regarding CO, HC and NOx conversion as well as OBD-II requirements.