FimusKraft provides a modular, fully automated bioenergy plant that utilizes a horizontal bio-fermentation process to convert biowaste into biogas, electricity, heat, and organic fertilizer. This technology enables biowaste producers to efficiently transform waste into valuable energy and raw materials, reducing disposal costs and carbon footprints.
Funding
Funding not disclosed
Founders
Product
Problem
Biowaste producers face challenges in efficiently converting waste into valuable resources, often incurring high disposal costs and contributing to significant carbon footprints. Traditional bio-fermentation methods can be slow, space-intensive, and difficult to scale, limiting their economic viability for many potential users.
Solution
FimusKraft offers a modular, fully automated bioenergy plant that utilizes a horizontal bio-fermentation process to convert biowaste into biogas, electricity, heat, and organic fertilizer. This container-based system enables biowaste producers to efficiently transform waste into valuable energy and raw materials, reducing disposal costs and carbon footprints. The modular design allows for easy and inexpensive scaling to meet varying needs, from farm size to industrial scale, and can be operational in less than six months. The system's automated process control simplifies operation and reduces labor requirements.
Target Audience
The primary customers are biowaste producers in cultivation, livestock farming, the food and beverage industry, fisheries, and wastewater treatment plants.
Features
- Modular, container-based design for easy scalability and rapid deployment
- Horizontal bio-fermentation process for faster and more efficient biogas production compared to traditional methods
- Fully automated process control for simplified operation and reduced labor costs
- Production of biogas, electricity, heat, and organic fertilizer from various biowaste sources
- Compact footprint, saving up to 50% of space compared to conventional bioenergy plants