FROM SAINT-GOBAIN PAM - Saint Gobain Pipe Systems
FROM SAINT-GOBAIN PAM - Saint Gobain Pipe Systems
FROM SAINT-GOBAIN PAM - Saint Gobain Pipe Systems
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Constant<br />
progress<br />
<strong>Pipe</strong> quality assurance work in Pont-à-Mousson (France).<br />
www.pamline.com page 23<br />
The challenge for <strong>Saint</strong>-<strong>Gobain</strong> <strong>PAM</strong> is to guarantee constant progress in its industrial processes<br />
in order to reduce energy consumption and cut CO2 emissions.<br />
Its exhaustive know-how of water cycle products enabled<br />
<strong>Saint</strong>-<strong>Gobain</strong> <strong>PAM</strong> to rapidly identify and control the environmental<br />
issues involved in its industrial processes. In France, 19% of<br />
investments in materials go to projects relating to health and the<br />
environment. Eighty percent of <strong>Saint</strong>-<strong>Gobain</strong> <strong>PAM</strong>’s waste products<br />
are currently valorised (i.e. value recovered in some way), and the<br />
aim is for that figure to rise to 100%. In Europe, production is<br />
balanced between those subsidiaries using iron ore and those that<br />
opt for recycled scrap iron. Internal recycling of metal waste from the<br />
production process stands at 100%.<br />
In order to take this commitment even further, all the group’s<br />
production sites are currently working to obtain ISO 14001 Standard<br />
certification, and the aim is for this process to be completed by 2010.<br />
Numerous sites have already been certified, and a large number of<br />
projects have already taken shape for 2008 and 2009. The targets<br />
set are ambitious in terms of the results expected. This certification is<br />
unquestionable proof of the existence and efficiency of <strong>Saint</strong>-<strong>Gobain</strong><br />
<strong>PAM</strong>’s environment management system. These international<br />
regulations allow for the assessment of factory activity in terms<br />
of the environment, as well as providing proof of the company’s<br />
commitment to implementing environmental protection strategies.<br />
RESPONSIBLE<br />
Obtaining the ISO 14001 Standard Certificate is based on the<br />
PRODUCTION<br />
involvement and maximum commitment of all those that work with<br />
and for <strong>Saint</strong>-<strong>Gobain</strong> <strong>PAM</strong> on the various sites. The certificate covers<br />
both the product design and production phases.<br />
• All plants will be ISO 14001 certified by 2010.<br />
• In Europe, production is balanced between the production of iron using iron ore and recycled<br />
scrap iron.<br />
• 80% of all waste materials are valorised. The objective is for 0% non-valorised waste.<br />
• 19% of <strong>Saint</strong>-<strong>Gobain</strong> <strong>PAM</strong>’s investments in France are spent on health and the environment. Highlights<br />
The ISO 14001 Standard Certificate is in line with the<br />
company’s long-standing concern for quality in terms of the design,<br />
manufacturing and commercialisation of its products, as shown by<br />
its ISO 9001 certificate. Thus, <strong>Saint</strong>-<strong>Gobain</strong> <strong>PAM</strong>’s policy is to apply<br />
ongoing improvements to its range of products in order to guarantee<br />
maximum customer satisfaction. The teams at <strong>Saint</strong>-<strong>Gobain</strong><br />
<strong>PAM</strong> analyse their product and service needs, and then define the<br />
specifications necessary to meet those demands whilst at the same<br />
time ensuring maximum protection for the environment. They<br />
industrialise the production methods suitable for manufacturing the<br />
products, purchase the materials and manufacture in accordance<br />
with the defined and controlled specifications, and finally guarantee<br />
the delivery and provision of the products and services within the<br />
agreed deadlines.<br />
In order to secure ongoing improvements to performance in<br />
all areas, the teams assess the results of their actions, quantifying<br />
and analysing any discrepancies with the objectives set, defining<br />
and applying corrective actions and checking their efficiency. <strong>Saint</strong>-<br />
<strong>Gobain</strong> <strong>PAM</strong> aims to become the world leader in its field and its<br />
quality assurance policy reflects this objective.<br />
Mass (in kg)<br />
120<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
1980 1990 2000 2010<br />
Blutop<br />
Example of a reduction<br />
of materials in a <strong>PAM</strong> product:<br />
the mass evolution in a<br />
DN 100 pipe.<br />
Graphite nodules<br />
seen under<br />
an electronic<br />
microscope.<br />
2008 edition