Situation | |
| The industrial corporation at a glance | 2 |
| Our products' contribution to environmental protection | 3 |
| Greatest environmental impact in the corporation: foundries | 4 |
| Environmental impact of the foundries | 5 |
Environmental Management System | |
| Road map to environmental management | 6 |
| System Honors and recognition | 7 |
| Environmental management | 8 |
| Georg Fischer's environmental policies | 9 |
| Development of environmental management system at Georg Fischer | 10 |
| Corporate Environmental Information System-BUIS | 11 |
| Corporate Environmental Information System-BUIS: system limit | 12 |
Environmental Goals | |
| Georg Fischer's environmental goals | 13 |
| Corporate environmental goals 2001/2002 | 14 |
| Environmental goals for 2001 in automotive castings | 15 |
| Environmental goals for 2002 in automotive castings | 16 |
| Environmental goals for 2003 in automotive castings | 17 |
| Environmental goals for 2001 in plastics | 18 |
| Environmental goals for 2002 in plastics | 19 |
| Environmental goals for 2003 in plastics | 20 |
| Environmental goals for 2001 in mechanical engineering | 21 |
| Environmental goals for 2002 in mechanical engineering | 22 |
| Environmental goals for 2003 in mechanical engineering | 23 |
"Success Stories" | |
| Savings achieved with cast iron: less water on the fire | 24 |
| Energy diet for Electric Discharge Machines’ generators (EDM) | 25 |
| Made-to-measure for precision machinery | 26 |
| “Aluminium casting doesn’t smell (any more)” | 27 |
| Magnesium casting: Oil distilled out | 28 |
| Pressure die-casting in China: better air with wax | 29 |
| Production engineering: mechanical engineering “light” | 30 |
| Natural Gas replaces oil - protecting our climate | 31 |
Data | |
| Environmental indicators over time | 32 |
Energy | |
| Energy | 33 |
| Types of energy | 34 |
| Process energy consumption increases as group of consolidated corporate subsidiaries expands | 35 |
| Slight increase in building energy consumption as group of consolidated corporate subsidiaries expands | 36 |
Water | |
| Water - fresh water | 37 |
| Drinking water from the public water supply system: efficiency increased and consumption reduced | 38 |
| Water from private water supply systems - consumption stable | 39 |
| Wastewater - further reduction | 40 |
Air | |
| Air | 41 |
| Air - emission: effects | 42 |
| Emissions from energy consumption | 43 |
| Emissions from energy consumption - CO2 | 44 |
| Emissions from energy consumption - SO2, NOx, CH4, VOC | 45 |
| Emissions from production processes - particulates, VOCs | 46 |
Waste | |
| Waste | 47 |
| Waste disposal | 48 |
| Recycled wastes - increase in recyclable wastes | 49 |
| Industrial and office wastes deposited in landfills or incinerated - reduction | 50 |
| Hazardous wastes - slight increase in 2002/2003 | 51 |
Environmental Expenses | |
| Environmental expenses: costs and capital investment | 52 |
| Environmental expenses: costs | 53 |
| Environmental expenses: Investments | 54 |
Illustration of units | |
| Units | 55 |
CO2-Problem | |
| CO2 strategy | 56 |
Circulatory Economy | |
| Future trends: Developing recycling in production | 57 |
| Recycling in foundries: Scrap as exclusive raw material | 58 |
| Circulatory economy in plastics processing: Small- and large-scale recycling | 59 |
| Recycling in mechanical engineering: When machines exchange ideas | 60 |
Validation by SQS | |
| Validation of Environmental Report 2002/2003 | 61 |
Contact | |
| Environmental management contacts - feedback | 62 |
