CSD – DRYING KILNS
Conventional drying kilns
- Drying kilns for conifers, hardwoods and tropical woods.
- Load capacity:
· CSD front-loaded kiln: 20m³ to 300m³.
· CSD-T tunnel: 80m³ to 500m³.
- Heating can be provided using hot water, overheated water, steam, diathermic oil, gas, heating oil.
- The ventilation system is implemented using reversible, electrical axial-type fans, single or variable speed, providing constant flow in the two directions of rotation.
- Saturated air exchange chimneys with shutters actuated by proportionally-controlled servomotors.
- Humidification system: 3 Bar or high pressure 80 Bar.
- Electronic control unit for full drying cycle management.
- LAN Internet connection for PCs, tablets or smartphones for remote management of up to 32 kiln chambers at the same time and access to the Termolegno support portal.
IT MAY INTEREST YOU
Free seminar on the implementation of the European EUDR regulation on deforestation-free wood products
The Argentine Forestry Association (AFoA) organizes the seminar «EUDR in Forest Products: Current status of implementation. Regulatory requirements and private experiences", which will take place on Wednesday, November 26, from 11:00 a.m. to 12:00 p.m., via Zoom, with live streaming on YouTube. The European Regulation on Deforestation-Free Products (EUDR) will enter into force on December 31, 2025 and will impose new requirements for forest products entering the European Union market.
The second largest wetland in South America is located in Argentina: what is it?
Argentina has national parks that place it in a unique position within South America, competing with 300 others. Which is the largest? South America is home to more than 300 national parks, but many go unnoticed. There are extensive wetlands that have been the subject of major ecological restoration projects, to coastal mountains with deep indigenous heritage. Today we tell you the case of one located in Argentina.
Canadian researchers make biochar from wood waste that rivals steel in strength
Researchers at the University of Toronto have developed monolithic biochar from wood that can reach an axial hardness of up to 2.25 GPa, similar to mild steel.
