DS DANSUK's R&D Center conducts research and development activities in the fields of bioenergy technology,
metal materials, and inorganic materials.
Through the development of eco-friendly new technologies and optimized mass production processes, we are securing business competitiveness based on technological superiority and presenting a path toward a sustainable future.
We work toward a carbon-neutral society through R&D
that turns waste into high-value biofuels.
Utilizes raw materials such as animal and vegetable oils, waste oil, etc.
Satisfies petroleum alternative fuel standards
Waste oil
bio diesel
Removes AV, moisture, and impurities
Selection of raw materials and development plans according to quality request standards
Waste oil
bio heavy oil & marine fuel
Raw material quality control through step-by-step processing reactions
Optimization of product conversion conditions with pretreated feedstock
Pretreated oil
hydrotreated
bio-oil products
(SAF / Diesel / Bio-Naphtha)
We provide metal recycling solutions for a sustainable future
that considers both the environment and the economy.
Black mass/black powder recovery
Cu, graphite recycling
Internalization of hydrometallurgical Li/Ni/Co/Mn smelting technology
Used batteries
(EV pack/module)
Recovery of black mass
Environmental pollution emission reduction and maximization of valuable metal recovery
Production of and value addition to highly concentrated Pb alloy
Utilization of dross and slag from waste batteries
Waste lead acid batteries
Pb metal
Manufacture of high purity Cu alloy using recycled scrap
Internalization of high-value-added alloy manufacturing technology
Cu scrap
Cu alloy
We create new values through innovative material development and conduct research
with the goal of satisfying our customers.
Manufacturing PVC stabilizers and anti-chlorine agents
Manufacturing anti-chlorine agents and flame retardants
Manufacturing high-elasticity additives and flame retardants
Recycling of household, small and large appliance waste into raw materials
Separation and sorting of ABS, PS, PC, etc.
Determination of application ratio and scope of use for each recycled material
Providing high-power, long-life battery solution
Enabling high energy density and high charging efficiency
