Reduce CH₄ & N₂O emissions with livestock manure management
Implementing effective manure management practices—such as anaerobic digestion, daily spreading, and pasture-based systems—can significantly reduce methane (CH₄) and nitrous oxide (N₂O) emissions from livestock operations. These strategies not only mitigate greenhouse gas emissions but also enhance nutrient recycling and soil health.
Reduce rice cultivation emissions via integrated methods
Implementing optimized nutrient management practices, guided by the 4R framework—right source, right rate, right time, and right placement—enhances nitrogen use efficiency, reduces nitrous oxide emissions, and promotes sustainable agriculture.
Optimize nutrient management for reduced on-farm emissions
Optimizing nutrient management through best practices like the 4R framework (right source, rate, time, and placement) enhances nitrogen use efficiency, reduces greenhouse gas emissions, and improves soil health, contributing to sustainable agriculture.
Incentivize Regenerative Agriculture in Dairy Production
Nestlé's "Nature por Ninho" program incentivizes dairy farmers to adopt regenerative agriculture practices by providing technical support, training, and financial bonuses. This initiative has led to a 9.5% reduction in carbon emissions per kilogram of milk and a 4% increase in farm profitability, contributing to Nestlé's goal of sourcing 20% of its fresh milk from regenerative farms by 2025.
Use Regenerative Practices to Reduce Agricultural Emission
Adopting regenerative agricultural practices—such as cover cropping, reduced tillage, and crop diversification—enables farmers to sequester carbon in soils, enhance biodiversity, and improve soil health. These methods can reduce farm-level greenhouse gas emissions by up to 50%, contributing significantly to global net-zero goals. Regenerative agriculture offers a holistic approach to sustainable farming, benefiting both the environment and farmer livelihoods
Use nature-based solutions as part of Net Zero action
Investing in nature-based solutions (NbS) enables companies to decarbonize land-use activities and contribute to global net-zero goals by conserving, restoring, or improving land management practices that enhance carbon storage and reduce greenhouse gas emissions.
Energy
Use geothermal energy to decarbonize buildings and warehouses
Implementing shallow geothermal energy systems in warehouses and offices can significantly reduce CO₂ emissions and energy consumption associated with heating and cooling operations.
Resource Type: Case Study
Energy
Switch to renewable energy to decarbonize industrial heat
Implementing renewable energy technologies, such as heat pumps, solar thermal systems, biomass combustion, and electric resistance heating, enables industries to decarbonize low- to medium-temperature industrial heat processes, which account for approximately 78% of total industrial thermal emissions.
Energy
Switch to Low-Carbon Fuels: Deep Dive on Low-Carbon Hydrogen
Exploring the transition to low-carbon hydrogen as a fuel source offers industries a pathway to significantly reduce CO₂ emissions, enhance energy storage capabilities, and support global decarbonization efforts.
Energy
Convert biowaste into biogas to accelerate decarbonization
Converting biowaste into biogas through anaerobic digestion enables manufacturers to recycle organic waste, produce renewable energy, and significantly reduce greenhouse gas emissions.
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