Technologies

1.Technology for production of wood charcoal in the Forestry enterprises and Forest care squads

The founders of the company developed charcoal production technologies for the harsh climatic conditions of Mongolia during 2002-2015 and and hold three registered patents.
All kilns can be manufactured using materials available in rural areas.

Firstly:

Wood sawdust charcoal production flatbed kiln

Secondly:

Iron drum kiln for production wood charcoal from small pieces of tree

Third:

Red brick kiln for production wood charcoal from large pieces of trees

2.Technologies for production final (ready to use) charcoal products

Firstly: German innovative high technology for production activated carbon based on wood charcoal

The founders selected innovative fluidized-bed activation technology from Schwing Technologies (Germany), and the first-stage pilot testing was successfully completed.

Secondly; C.F. Nielsen (Denmark) briquetting technology is widely recognized as a global industry benchmark, enabling the production of high-density wood briquettes, including charcoal briquettes suitable for export markets.
Using these technologies, we can produce briquettes with good density and it is also possible to produce wood charcoal briquettes.

3.Project consultants

The Mongolian University of Science and Technology (MUST) Research and Training Institute of Forestry and Wood Industry (RTIFWI)
To consulting about the Mongolian forests and forest industries, to organize training of forestry and forest care squads on forest cleaning & forest care cutting and reforestation.
Cooperation discussions with RTIFWI management were initiated in 2021.

4. Project Developer — Dulaan King's Forest LLC

The founders of Dulaan King’s Forest LLC, the project implementing entity, initiated forestry-based projects in 2001 with the objective of increasing Mongolia’s forest resources by introducing advanced European innovative technologies into the country’s forestry and wood-processing sector. These projects focus on establishing cluster-based recycling systems for forest-cleaning residues and wood-processing industrial waste, transforming them into export-oriented value-added products. Research and pilot testing activities related to these initiatives have been conducted continuously through 2025.