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> Urea Use in 2009 Light Duty and 2010 Medium and Heavy Duty Diesels

> More Biodiesel Confusion

> Root Cause Failure Analysis

> Phase Separation in Ethanol Blended Gasoline’s

> Coolant Problems in 2007-2008 Diesel Engines

> Alert for New York State Customers regarding Retrofit of Emissions Devices on Diesel Engines

> Latest Information of Ultra-Low Sulfur Diesel - December 2007

> Non-Road, Locomotive, and Marine Diesel Fuels

> Cold Filter Plug Point vs. Cloud Point Cold Weather Operability in Diesel Fuels including ULSD

> Winter Problems with ULSD

> Black Fuel Filters - Asphaltene Production in ULSD Fuels

> Fuel Phase Separation in Ethanol Blended Gasolines

> NRLM - Non-Road, Locomotive, and Marine Fuels - Non-Highway, Off-Road Diesel Fuels

> Winter Blended Diesel Fuels 2

> Biodiesel

> Use of Diesel Fuel Additives

> Fuels

> Fluids

> Winter Blended Diesel Fuels

> The Color of Diesel Fuel

> Motor Oil for Diesel Engines CJ-4 vs. CI-4

> New EPA Diesel Fuel Additive Labeling Requirements Required as of June 1, 2006

> Diesel Wins Le Mans 24 Hour Endurance Race

> Crude Oil and Total Petroleum Imports Top 15 Countries

> What the Heck is Sticktion

> Ultra-Low Sulfur (S-15) Diesel Fuel Facts

> Water Generation in Stored Diesel Fuels

> Why you should be Using Nitrogen for Inflating Tires

> Radiator/Antifreeze Plugging Problem in Gasoline Engines

> Oil Sludge in Gasoline Engine Vehicles

> Ethanol in Gasoline

> Ultra-Low Sulfur Diesel 2

> White Paper on Emergency Backup Power Generators and Fire Pumps

> The Price of Fuel

> Magnetic Fuel Treatment: Myth, Magic, or Mainstream Science?

> Gasoline Problems

> Ultra Low Sulfur Diesel

> MTBE Phase Out in Gasoline's - Possible supply disruption

> Lubricity in High, Low, and Ultra-Low Sulfur Diesel Fuels


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Urea Use in 2009 Light Duty and 2010 Medium and Heavy Duty Diesels

Failure Analysis

Hold on, here comes the next big change in diesel engines. Starting with the automotive market in 2009 and then with virtually all of the medium and heavy duty markets in the 2010 model year, diesel engined vehicles will require an additional fluid to operate.

These vehicles will require an "aqueous urea solution" as defined by ISO 22241-1 using test methods described in ISO 22241-2:2006. This is a solution of 32.5% Urea in deionized water. This Urea solution is used as part of a Selective Catalytic Reduction (SCR) system to reduce the NOx emissions of diesel fueled engines.

These systems require that a tank of the Urea solution be installed on the vehicle. The Urea is meter injected into the exhaust stream after the turbocharger where the exhaust heat will convert it to ammonia which is then used by a special type of catalytic converter to significantly reduce the formation of NOx. This system will function as long as there is Urea available.

This is a complicated system with maintenance requirements, cold weather operability issues (Urea freezes), and quality concerns.

There is a wide ranging debate on what type of driver information systems are to be required, what will happen if the system runs out of the Urea solution, and where Urea will be available.

Well Worth Products will be offering a very high quality 32.5% Aqueous Urea Solution that will meet or exceed the requirements of all OEM’s. This product will be available beginning in 2009. We will also be offering education and training on purchasing, storing, and using these products.

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