TECHNOLOGY

Strengthening environmental regulations There is a growing worldwide interest in environmental pollution, and environmental regulations are continuously strengthening in line with this.
(United Nations Framework Convention on Climate Change, a comprehensive form of pollution control plan that includes the EU Commission’s Euro 7, 2050 Carbon Neutral Plan)

The need for technology to purify various emissions from automobiles, ships, and plants is emerging to cope with the strengthening of environmental regulations worldwide, and the size of related markets is rapidly expanding. Commercial platinum group (Rodium, Palladium, Platinum, etc.) catalysts, which are typical environmental catalysts for purifying double gas, have limited operational properties (operating only at high temperatures and not at room temperature) and degradation of performance (reduced catalyst life and purification efficiency).
Prices continue to rise due to unstable supply and demand of rhodium, palladium, and platinum, the raw materials of commercial platinum group catalysts, and thus economic efficiency is also declining.

Therefore, a new concept catalyst with high economic efficiency is needed based on stable raw material supply while overcoming the problem of performance degradation at room temperature of the existing platinum group catalyst.

The core of Quantum Cat’s gold nanocatalyst commercialization source technology is the synthesis technology of nanoparticles individually included in special nanocages.
This means that the catalyst material is given thermal and chemical stability, which allows it to maintain high catalytic activity without compromising performance at different room temperatures.
Based on this structural excellence, it is possible to be free from the risk of performance degradation due to poisoning compared to platinum group metal catalysts, ensuring the reliability and longevity of the product.
In addition, due to its high catalytic performance, it is a new concept catalyst that can secure both performance and economy by obtaining efficient results even when using a relatively small amount compared to conventional commercial platinum group catalysts.

Gold nanoparticles + Control support interaction

Quantum-cat gold nanocatalysts can be used in a variety of industries throughout the industry, with the advantage of achieving the same performance in powder form as well as in different forms (pellet, bead, monolith, foam).