Eco-efficiency production

Eco-efficiency in production

PALFINGER is aware of the fact that its operations as a producing company have a large impact on the environment. Energy efficiency and climate protection are relevant throughout the entire production process. PALFINGER is aware of its environmental responsibility and due to self-interest has committed to its goal to continuously economically and efficiently manage resources and minimize hazardous waste. An environmental protection guideline guarantees group-wide standards at all sites.

MATERIAL SUSTAINABILITY TOPIC

Energy efficiency and climate protection

PALFINGER strives to continuously optimize energy consumption and intra-company transport and to reduce costs and emissions, thus making an active contribution to climate protection. In terms of processes, the paint shops and electroplating plants in the Group account for the largest share of energy consumed. PALFINGER aims for the highest building efficiency possible under regional conditions. 

PALFINGER thoroughly analyses all climate-relevant emissions that are caused by its own energy consumption. Indirect emissions from the consumption of electricity and district heating as well as Scope 3 emissions from upstream operations of energy suppliers are also taken into account. 

212008
Energy consumption
(IN MWH)
As a metal-processing business, PALFINGER is not an energy-intensive enterprise.
80
% ENERGy efficiency index (volume
2013 = 100%)
PALFINGER defined the additional target of improving energy efficiency by 30 percentage points by 2030 as compared to 2015.
29
% of share in renewable energy
The group-wide proportion of renewable electricity should increase to 75 per cent by the year 2022.
73086
CO2 EMISSIONs 
 (IN TONNEs)
In 2017, the additional goal of achieving a 25 per cent CO2 reduction by 2030 (base year 2015) was defined.
78
% CO2 EMISSIONs INDEX (volume 
 2013  = 100%)
The reduction of climate-relevant emissions was facilitated by several initiatives implemented at PALFINGER.
MATERIAL SUSTAINABILITY TOPIC

Efficient use of raw materials

In production, PALFINGER uses raw materials such as steel, aluminium and glass fibre. For PALFINGER, the efficient use of raw materials is important from both the ecological and the economic perspective. On the one hand, raw materials account for approximately 9 per cent of total costs and on the other hand, the upstream generation of raw materials and materials causes considerable environmental costs. Processing the raw materials into steel and aluminium also involves a high energy intensity and causes considerable climate-relevant emissions. PALFINGER makes every effort to continuously optimize its waste cuttings and rejects in order to reduce the amount of steel and aluminium scrap. 

Hazardous waste

At PALFINGER manufacturing plants, primarily the following hazardous waste is produced: waste from paint shops, electroplating sludge, hydraulic oil, as well as lubricants and coolants. Responsibility for waste optimization measures, proper waste disposal and compliance with local laws lies with the individual plants. In its group guideline, PALFINGER has defined group-wide minimum standards; the development of hazardous waste is monitored and reviewed. 

134324
Steel consumption 
 (in Tonnes)
The lion’s share of PALFINGER’s products is made of steel.
2079
Aluminum consumption
(in Tonnes)
Aluminum is used primarily for tail lifts.
5286
hazardous waste (in Tonnes)
At PALFINGER manufacturing plants, primarily this waste is produced: waste from paint shops, electroplating sludge, hydraulic oil, as well as lubricants and coolants.
263
% hazardous waste index (volume 
 2013  = 100 %)
In 2018, PALFINGER defined an additional target of reducing waste intensity by 30 percentage points by 2030 as compared to 2015.
MATERIAL SUSTAINABILITY TOPIC

Innovation in production

PALFINGER promotes sustainable innovation and technologies in the production process in order to increase efficiency (“more output with less input”). Digitalization and Industry 4.0 are increasingly finding their way into product solutions and production processes. In order to maintain and expand its leadership in the fields of technology and service, PALFINGER is boosting research and development for products, systems and processes. All research and development (R&D) activities are performed in a targeted manner with long-term orientation.

FURTHER ENVIRONMENTAL MANAGEMENT

The PALFINGER environmental protection guideline defines group-wide uniform standards for comprehensive environmental management systems at all manufacturing, assembly and distribution sites. The guideline governs the following areas: energy, waste, water, environmental law, emergency preparedness and response, and training and communication relating to environmental protection. This process includes the regular recording of environmental key figures, the assessment of the environmental performance, the preparation of a local environmental programme and the monitoring of compliance with the measures defined in that programme. 

The percentage of sites working with certified environmental (ISO 14001) and energy management (ISO 50001) systems increased slightly in 2018. As at the end of 2018, a total of 35 per cent of PALFINGER’s employees were working at sites with certified environmental management systems in place and 43 per cent at sites with certified energy management systems. 

Sustainability in action

Environmental and Energy Officer of the Lengau Production Plant

Interview with: David aschl

Energy efficiency and climate protection are relevant over the entire production process at PALFINGER. We are aware of our ecological responsibility and in our own interests, we have set for ourselves the goal of economic and efficient resource management on a continuous basis.

David Aschl, Environmental and Energy Officer of the Lengau Production Plant, will now answer a few questions on the “Eco-efficiency in Production” sustainability area. 

1. Please tell us a little bit about yourself!

I have held the position of Environmental and Energy Officer at the Lengau location for 2 years. My field of activity includes all topics pertaining to waste, wastewater, the environment, and energy. I have been dealing with the topic of sustainability for many years and here as well, I try to be a good role model for my children.

2. What is your daily work routine like?

I monitor energy consumption values, the temperatures in the factory buildings, and the wastewater treatment plant on a daily basis. On a regular basis, I also perform on-site inspections in the factory buildings and on the grounds in order to make sure that waste is being disposed of and stored properly, and whether waste containers are labeled in a manner compliant with the regulations.

I also dedicate considerable time to carrying out projects such as converting the factory buildings to LED lighting, planning and carrying out modifications to heating systems, and training colleagues.

Around a quarter of my working hours are reserved for external audits and appointments with regulatory authorities. In order to stay up-to-date as well as gain ideas for the future, periodic surveys of innovative companies and projects, as well as participation in discussion rounds with other environmental and energy officers are very important to me.

3. What does sustainability mean to you? And how far has your area come in this respect over the last few years?

To me, sustainability means that we manage our resources in such a way that future generations will also enjoy the same conditions and opportunities as we. This entails continuously striving for improvements, for example in order to replace environmentally hazardous materials in a methodical manner.

Topics pertaining to the “energy and environment” area have consistently gained in importance over the past few years. This has also become very evident in dealing with authorities, which are monitoring compliance with requirements more and more closely, for example through unannounced inspections.

4. And what’s the outlook for the future? Where do you want to go?

The major goal of the coming years is to decouple energy consumption from business growth and to firmly anchor resource efficiency in all Areas.

THE PROGRAMME IS UPDATED ANNUALLY

SUSTAINABILITY PROGRAMME

The PALFINGER sustainability programme entails measures in the four sustainability fields. Workshops are held annually and during them the measures programme is updated. This is approved by the Management Board. The purpose of these measures is to contribute to achieving the qualitative and quantitative goals set by PALFINGER and to support the five most relevant SDGs. In the field of Eco-efficiency in Production PALFINGER sets 15 measures. 

Sustainable development goals

SINCE 2016 PALFINGER DEALS WITH THE SDG'S  

PRIORITIES IN THIS SUSTAINABILITY FIELD

SDG 9: Industry, Innovation and Infrastructure SDG 9: Industry, innovation and infrastructure 

SDG 9: Industry, innovation and infrastructure 

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SDG 12: Responsible consumption and production SDG 12: Responsible consumption and production 

SDG 12: Responsible consumption and production 

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SDG 13: Climate action SDG 13: Climate action 

SDG 13: Climate action 

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Further sustainability fields 

Responsible Employer Responsible Employer

Responsible Employer

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Sustainable Products Sustainable Products

Sustainable Products

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Fair Business Fair Business

Fair Business

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