TK-3002 Catalyst

Renewable fuel

High-selectivity renewable catalyst.

For diesel and aviation fuels.

Maximizes middle-distillate yields.

High HDO and saturation.

High HDO activity and very high double-bond saturation level

With the same high selectivity as the TK-3002, but even greater activity, the TK-3002 is typically applied in bulk for renewable diesel hydrotreating and sustainable aviation fuel production.

It is ideal for maximizing middle-distillate yields of renewable fuels. Minimal CO and CO₂ are produced as a consequence. In addition, the catalyst exhibits high HDO activity and very high double-bond saturation levels.

A catalyst trio for exceptional HDO selectivity

The TK-3001, TK-3002 and TK-3003 catalysts were launched to the market in 2024 and represent the third generation of HDO catalysts optimized for the hydrogenation route. They offer customers significantly improved HDO selectivity via the hydrogenation route, higher activity, reduced coking and enhanced metals tolerance, resulting in a significantly longer cycle length. The higher HDO selectivity maintained throughout the catalysts’ cycle length will result in a significantly higher average product yield compared to the previous generation of HDO catalysts, which will increase the profitability of the plant.

Request Safety Data Sheet (SDS)

Safety Data Sheets (SDS) also previous known as Material Safety Data Sheets (MSDS) are documents providing health and safety information on the handling of chemical products. These documents are only available for Haldor Topsoe's catalysts on request and can be requested in the form below.

Take a deeper look

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As a direct replacement for conventional fuel, SAF is an easy decarbonization measure that will help the aviation industry decarbonize immediately.

Power-to-X

To lower emissions in energy-intensive industries and long-distance transportation, we need technologies such as electrolysis in Power-to-X processes technology.

Renewable fuels

Renewable fuels will help us decarbonize heavy-duty transportation, and we’ll need proven technologies for their production. Luckily, these already exist.

Hydrogen

The abundance of hydrogen coupled with its potential for sustainable methods of production, positions it as a promising solution in the global energy transition. 

Ammonia

Ammonia is considered a gamechanger in decarbonizing the maritime industry and other energy-intensive industries where direct electrification is not an option.