Bamboo - Crombé

Project Number:
BBL-L-029
Pathway:
Land Stored Carbon
Methods:
Bamboo farms
Size:
0.5 ha
Remover:
Bamboologic
Location:
Russeignies
Start date:
2025
Certification status:
Pre-validated

Total

95tCO2
units in circulation
for this project

Available

76tCO2
Units available for purchase, both potential and delivered

Holding

19tCO2
Land Stored Carbon

About the Remover

Philip Crombé lives in Belgium, where he has always been surrounded by agriculture, yet never considered investing in it — the predominant crops in his region simply didn't spark his interest. That changed when he heard about bamboo on the radio. He immediately recognized it as the investment he had been looking for: organic production, food, the energy industry, timber for diverse applications, and above all, a crop that is deeply beneficial to the environment and ecosystem. Although his bamboo project is still in its early stages, Philip is extremely excited about its future and the broader development of bamboo as a crop. He looks forward to expanding his investment in bamboo in the years ahead.

Credibility of project ensured by: Bureau Veritas bamboo method verification, use of two SOC measurement methodologies (agronometer / extern lab), project site visit by carbon engineer.

Project description

Bamboo, known for its remarkable growth rate as the fastest growing grass, offers significant advantages. With its exceptional CO2 sequestration and oxygen production capabilities, bamboo stands out as an efficient tool to support net-zero emissions goals and align with the objectives of the European Green Deal and reach net zero .

Aside from its carbon sequestration properties, bamboo offers numerous benefits as a plant resource. It efficiently absorbs nitrate from the soil, enhancing soil quality and fertility. Additionally, bamboo’s ability to retain water in the soil helps prevent erosion and promotes soil regeneration. An advantage of bamboo is its long-term sustainability, requiring only a one-time planting for a lifespan ranging from 60 to 100 years. Moreover, bamboo’s rapid regrowth after pruning or harvesting makes it an exceptionally renewable raw material to use for various application for fossil based materials like; concrete, steel and PVC.

Considering these compelling attributes, incorporating bamboo into business practices can yield substantial advantages. Enterprises can leverage bamboo’s ability to sequester CO2 and its sustainable growth rate to demonstrate a commitment to environmental sustainability. By integrating bamboo into various industries, businesses can tap into its versatile applications while contributing to reducing carbon emissions. The utilization of bamboo as a renewable resource aligns with both ecological and business interests, providing a solid foundation for environmentally conscious enterprises.