Responsible Farming-
The importance of Low Carbon Fuels
Machinery, transporting of crops and fertilisers are contributing towards high carbon emission. To help reduce the impact of these processes, self generated Bio-degradable waste can be re-purposed to generate transport fuel, fertilisers and power generation
Use of Bio-Methane from Anaerobic Digestion and Bio-Diesel from Sugar Cane, are just some of the ways farmers can use its own Bio-Waste to reduce their own costs and contribute towards achieving the Carbon Emissions goal of 2050
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Crops and Storage
Farmers will benefit with the use of Biofuels and Low Carbon Fuels by:
1) Improving and protecting soil quality
2) Reducing dependence on non-renewable resources, such as artificial fertilisers and pesticides
3) Achieving a minimal impact on water quality, wildlife and other environmental resources
Processing and Transport
Anaerobic Digestion supports production of Bio-Methane which can be used as a natural gas substitute. Biomethane production eliminates the release of methane and other harmful gasses into the atmosphere
Biomethane as a Biofuel in the form of a CNG or LNG substitute, called Bio-CNG or Bio-LNG
Biogas can be used locally for heat purposes or for power and heat production (CHP)
Quality of Crop
Bio-Char is a fertiliser alternative that uses organic material that has been heated using Pyrolysis to decompose and remove most of the Hydrogen and Oxygen containing molecules
Bio-Char can help reverse soil degradation and increase crop yields
Biofuels and Farming
Quality of Crops
Bio-char positively affects nutrient retention, especially in soils with poor ion-retention capacities
Fuel for Anaerobic Digestion
Waste generated through production processes can either be used or sold for heat and power generation
Land-fill Diversion
Landfill creating methane can be released into the air and contribute to climate change
Agri-waste has high energy conversion efficiency as compared to fossil fuel-based energy
Agri-waste can potentially be exploited for the production of second-generation Biofuels
Composted Agri-waste can be an alternative to energy-intensive chemical fertilisers in organic production systems
Value-added Agri-waste can be a potential feedstock for livestock and industrial products