STRATEGIC ASSET CLASS

From Tree to Value: The Full Paulownia Value Chain

Vom Baum zur Wertschöpfung: Die gesamte Paulownia-Wertschöpfungskette

CULTIVATION SYSTEMS / ANBAUSYSTEME

Precision Agriculture for High Yield.

Short-rotation / Kurzumtrieb

Focus on high-density biomass production (500 trees/ha) with harvest cycles every 5-10 years. Optimized for energy and fiber feedstock.

Timber & Agroforestry / Wertholz

Low-density spacing (200 trees/ha) allowing for secondary intercropping. 5-10 year cycles focused on high-quality structural timber.

500

TREES PER HA (BIOMASS)

12y

MATURITY (PREMIUM TIMBER)

WOOD PRODUCTION / HOLZPRODUKTION

The Aluminum of Woods.

Das Aluminium des Holzes – Leicht, stabil, formbeständig.

Paulownia wood is prized for its exceptional strength-to-weight ratio. Non-warping and water-resistant, it serves as the premium choice for yacht interiors, musical instruments, and modern lightweight construction.

  • FURNITURE & CABINETRY
  • AEROSPACE & MARINE COMPONENTS
  • ARCHITECTURAL CLADDING

BIO-REFINERY MODEL / BIO-RAFFINERIE MODELL

Advanced Revenue Streams

Erweiterte Wertschöpfungsketten

cyclone

Wood Production

Usage of tree stump for wood.

BIOMASSE

science

Biochemical Extraction

Extracting high-value Theobromine and Oleic Acid for mycological, pharmaceutical and cosmetic markets.

BIOCHEMISCHE NUTZUNG

layers

Mycelium & Materials

Using all by-products to grow sustainable construction and insulation materials.

MYZEL- & BIOMATERIALIEN

CARBON MARKETS / CO2-MÄRKTE

World-Leading Carbon Sequestration.

Paulownia captures up to 10x more CO2 than traditional European forests, creating a robust secondary revenue stream through high-integrity carbon credits.

40t

CO2 PER HA / YEAR

Class A

CREDIT RATING*

INTEGRATED ECOSYSTEM / INTEGRIERTE WERTSCHÖPFUNG

The 360° Revenue Matrix

01

Timber Sales

02

Bio-Energy

03

Bio-Chem

04

C-Credits

05

Materials

06

Knowledge

"By integrating six distinct revenue streams into a single plantation model, we mitigate agricultural risk while maximizing the economic potential of every hectare."