Advantages of CAN-27
Technology
A Low-Carbon and Sustainable Fertilizer alternative
CAN-27 (Calcium Ammonium Nitrate 27%) offers several significant advantages in terms of safety, environmental impact, and agricultural efficacy. Its unique formulation makes it a superior choice for modern fertilisation practices.
1. Enhanced Safety and Handling
Reduced Explosive Risks
CAN-27 is significantly safer to handle and store compared to more hazardous nitrogen fertilizers. Its formulation mitigates the risk of detonation, making it compliant with safety regulations and easier to transport and manage.
Lower Hygroscopic Nature
The inclusion of calcium in CAN27 reduces its tendency to cake, which simplifies handling and storage compared to other fertilizers with higher hygroscopic properties.
2. Superior Descarbonization Potential
High Decarbonization Potential
CAN-27 stands out for its exceptional potential to reduce carbon emissions compared to other nitrogen fertilizers. The lower CO2 emissions associated with its production and application make CAN-27 a powerful tool in the transition to low-carbon agriculture. By incorporating CAN-27, farmers can achieve significant reductions in greenhouse gas emissions, aligning with global climate targets and supporting sustainable farming practices.
3. Environmental Benefits
Lower CO2 Emissions
CAN-27 has a reduced carbon footprint compared to many traditional fertilizers. Its production process results in fewer CO2 emissions, contributing to lower overall greenhouse gas emissions. Advanced settings.
Reduced Ammonia Volatilization
The fertilizer exhibits lower nitrogen volatilization risks, which means more nitrogen is retained and available for plant uptake. This minimizes nitrogen losses to the atmosphere and enhances fertilizer efficiency.
Minimized Nitrogen Leaching
The calcium component in CAN-27 helps reduce the risk of nitrogen leaching into water bodies. This reduces potential environmental contamination and supports better water quality
4. Benefits for Soil Health and Plant Growth
Neutral Effect on Soil Acidity
CAN-27 maintains soil pH balance, avoiding the negative impacts on soil acidity that can be caused by other nitrogen sources. This ensures a stable soil environment conducive to long-term soil health..
Improved Soil Structure
The calcium in CAN-27 helps flocculate soil particles, which enhances soil structure. This leads to better water infiltration, reduced soil compaction, and improved root health.
Essential Nutrients
CAN-27 contains 2-4% magnesium oxide (MgO) and 5-10% calcium oxide (CaO), crucial for plant health. Magnesium supports photosynthesis, while calcium strengthens cell walls and improves overall plant structure. This results in robust plant growth, better crop quality, and enhanced fruit characteristics such as increased sugar content and improved coloration.
5. Support for Sustainable Agriculture
Increased Crop Quality
CAN-27 supports the development of high-quality crops by enhancing growth during critical stages and improving storage quality. Its balanced nutrient profile ensures optimal crop performance and quality.
By choosing CAN-27, farmers can benefit from effective fertiliser use with reduced environmental impact, enhanced safety, and substantial decarbonization potential. FertigHy advocates for the adoption of CAN27 as part of a broader commitment to sustainable and resilient agricultural practices.
Low Carbon hydrogen
Fertilizers depend heavily on ammonia (NH₃) as a critical ingredient, traditionally produced through the Haber-Bosch process using natural gas. This conventional method involves Steam Methane Reforming (SMR), which is a significant source of CO₂ emissions due to the use of fossil fuels…
