- Rising energy prices.
- Climate protection targets.
- Increased electricity consumption due to more powerful machines and digitalization.
- Temporary increases in water consumption due to restructuring projects.
NETZSCH Pumpen & Systeme GmbH
Greenhouse gas emissions & sustainability report data
In its 2023/24 reporting, NETZSCH Pumpen & Systeme GmbH disclosed greenhouse gas emissions of 330.9K kg CO2/year (electricity) + 202383 kg CO2/year (natural gas) + 40144 kg CO2/year (wood chips). Figures are as stated in the company's own report and may use different boundaries, units or methods (for example market-based vs location-based Scope 2), so compare with care.
GHG Emissions
330.9K kg CO2/year (electricity) + 202383 kg CO2/year (natural gas) + 40144 kg CO2/year (wood chips)
2023/24
Renewable Energy
8% (from photovoltaic system)
of total energy
Water Usage
9.1K m³/year
2023/24
Waste
1.3K tons non-hazardous waste + 116 tons hazardous waste
2023/24
Energy Use
7.1M kWh electricity + 948419 kWh natural gas + 2491050 kWh wood chips
2023/24
✅ Reported Environmental Achievements
- Reduced natural gas consumption significantly due to a high-performance wood chip heating system and plant merger, resulting in 90% less fossil fuel consumption in 2024 compared to the previous year.
- Reduced hazardous waste by over 25% in FY 23/24 (116 tons compared to 153 tons in the previous year).
- Reduced non-hazardous waste by 1.5% in FY 23/24.
- Created and managed species-rich flowering meadows providing habitats for insects.
🎯 Climate & Sustainability Targets
🔜 Short-term
- Reduce waste volumes, energy consumption, and emissions by approx. 5% (Q1-Q2/23)
- Reduce working materials in the building by approx. 10% (Q3-Q4/23)
📅 Medium-term
- Phase out fossil fuels completely.
- Achieve a drastic reduction in paper consumption through the 'Going paperless' project.
🔭 Long-term
- Continue to expand and improve environmental and energy management system.
🌱 ESG Focus Areas
Environmental ProtectionEnergy EfficiencySustainabilitySocial ResponsibilityResource Conservation