Key Differences: 1. BB Fertilizer Production Line (Physical Blending) Process: High-precision automatic batching and rapid mixing of granular raw materials (Urea, DAP, MOP). Advantages: Low investment, highly flexible for customized small-batch formulas, and easy operation. Ideal for: NPK blends where quick formula changes are required. 2. Compound Fertilizer Production Line (Chemical Processing) Process: Raw powders are granulated (e.g., Rotary Drum Granulator), then dried and cooled. Advantages: High uniform pellet quality, high output, and sustained-release nutrient effects. Ideal for: Large-scale farms and high-end agricultural projects.

Yes, we have proven experience in large-scale government projects. For the Nigerian State Government, we successfully designed, manufactured, and delivered multiple complete fertilizer production lines (turnkey projects). Key Highlights of Our Government Projects: High Capacity: All plants are currently operating smoothly and efficiently, maintaining a stable output capacity of 70 Tons per Hour (T/H). Turnkey Solutions: We provided the complete package, including plant layout design, equipment manufacturing, installation, and on-site commissioning. International Standards: Our equipment strictly complies with international quality and safety benchmarks, making us a reliable partner for state-level agricultural development. Why Government Sectors Trust Beidou: We understand that government projects require strict compliance, tight timelines, and long-term durability. Our engineering team is fully capable of managing complex procurement processes and delivering high-performance plants that stand the test of time. Feel free to contact us to learn more about our government projects or to request a detailed plant proposal for your region.

Q: Is it available for your equipments to work under extreme condition? A: Our equipments including water soluble fertilizer plant, NPK bulk blend/mix macihnery and other equipments are designed anti-corrosive and moisture-proof, which are able to work under the temperature between -35 to 45℃ with normal production capacity.