industry and environment - DTIE
industry and environment - DTIE
industry and environment - DTIE
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Chemicals management<br />
Implementation of Design<br />
for the Environment (DFE) in a<br />
Mexican chemical group<br />
Margarita Ferat, Environmental Control Divisional Manager, Grupo DESC SA de CV, Bosque de Ciruelos No. 29,<br />
Col. Bosques de las Lomas, Deleg. Cuajimalpa, 05120 Mexico, DF, Mexico (margarita.ferat@desc.com.mx)<br />
Summary<br />
This article sums up a Mexican company’s experience with implementing the Design for the<br />
Environment (DfE) concept in the research <strong>and</strong> development areas of its chemical sector. DfE<br />
is a sustainable development strategy. It can be used to detect potential <strong>environment</strong>al risks<br />
<strong>and</strong> to develop new products <strong>and</strong> processes. Once a DfE h<strong>and</strong>book had been produced, implementation<br />
was carried out in several steps in a non-aggressive way. It was hoped that those<br />
concerned would adopt DfE out of conviction rather than because they had to. Consequently,<br />
there was a strong emphasis on education <strong>and</strong> identification of opportunities. In the project’s<br />
final phase, two ongoing technological projects were chosen for study: one at the pilot stage<br />
<strong>and</strong> the other at the commercial stage.<br />
Résumé<br />
L’article présente le cas d’une entreprise mexicaine qui a mis en œuvre le principe de conception<br />
écologique (Design for the Environment ou DfE) dans les activités R&D de sa branche produits<br />
chimiques. Le DfE est une stratégie de développement durable. Il peut être utilisé pour<br />
détecter des risques potentiels pour l’environnement et pour développer de nouveaux produits<br />
et procédés. Une fois le manuel de DfE réalisé, la mise en œuvre a été conduite en douceur en<br />
plusieurs étapes. Le but était que les personnes concernées adoptent le DfE par conviction et<br />
non par contrainte. L’accent a donc été mis sur l’éducation et l’identification des possibilités<br />
d’application. Lors de l’étape finale, deux projets technologiques en cours ont été choisis<br />
comme sujet d’étude : un au stade de l’essai pilote, l’autre au stade commercial.<br />
Resumen<br />
Este artículo presenta una síntesis de la experiencia de una empresa mexicana con la aplicación<br />
del concepto “ecodiseño” en el área de investigación y desarrollo del sector químico. El<br />
ecodiseño es una estrategia de desarrollo sostenible que puede ser empleada para detectar<br />
riesgos ambientales potenciales y desarrollar productos y procesos nuevos. Tras la publicación<br />
de un manual sobre ecodiseño, su aplicación se llevó a cabo gradualmente; se esperaba que<br />
los interesados adoptaran el ecodiseño por convicción y no por obligación. Por ende, se enfatizó<br />
con firmeza la importancia de la concienciación y la identificación de oportunidades.<br />
Durante la etapa final del proyecto se seleccionaron dos proyectos tecnológicos en curso para<br />
su análisis: uno de ellos en la etapa piloto y el otro en la etapa comercial.<br />
Interest in the manufacture of products that are<br />
friendly to the <strong>environment</strong> is growing. Traditionally,<br />
products have been designed to meet<br />
clients’ specifications. Today design is aimed not<br />
only at satisfying functional specifications, but<br />
also at reducing the toxicity of products <strong>and</strong><br />
processes by promoting recycling <strong>and</strong> generating<br />
less waste (without compromising quality). This<br />
concept is called “Design for the Environment”<br />
(DfE) (Figure 1). Various other terms (e.g. “green<br />
engineering design”) are used to suggest the same<br />
idea. 1 Where DfE or similar initiatives have been<br />
implemented, <strong>environment</strong>al technologies have<br />
been part of competitive business strategies.<br />
Chemical <strong>industry</strong> challenges<br />
Worldwide, the chemical <strong>industry</strong> is involved in<br />
the manufacture of most of the products we see<br />
around us. Among the factors currently influencing<br />
the <strong>industry</strong>’s development are globalization,<br />
increasingly tough <strong>environment</strong>al performance<br />
st<strong>and</strong>ards, greater dem<strong>and</strong> for profitability <strong>and</strong><br />
productivity from financial markets, higher client<br />
expectations, <strong>and</strong> changing labour force requirements.<br />
In decision-making the <strong>industry</strong> takes account<br />
of <strong>environment</strong>al dem<strong>and</strong>s <strong>and</strong> the opportunities<br />
to satisfy these dem<strong>and</strong>s. Companies make great<br />
efforts to comply with regulations, identify ecoefficiency<br />
opportunities, implement relevant<br />
administrative systems, optimize resources in their<br />
supply chains, etc. (Figure 2). However, only<br />
companies with vision focus on untapped markets,<br />
process updating, technological innovation<br />
(including changes in <strong>environment</strong>ally related<br />
technologies) <strong>and</strong> development of sustainable<br />
development strategies.<br />
To meet today’s <strong>environment</strong>al challenges, the<br />
chemical <strong>industry</strong> must address:<br />
◆ appropriate supply chain management;<br />
◆ more efficient use of raw materials, reuse <strong>and</strong><br />
recycling of materials, <strong>and</strong> energy generation <strong>and</strong><br />
use;<br />
◆ the balance between <strong>environment</strong>al <strong>and</strong> economic<br />
considerations;<br />
◆ long-term investments in research <strong>and</strong> development;<br />
◆ interrelationships <strong>and</strong> mutual collaboration<br />
among <strong>industry</strong>, universities <strong>and</strong> government<br />
with respect to research <strong>and</strong> development (balancing<br />
resources <strong>and</strong> investments);<br />
◆ product specialization.<br />
Innovation (obtaining new knowledge which,<br />
supported by research <strong>and</strong> development, leads to<br />
new technologies) is therefore essential.<br />
Mexico’s <strong>environment</strong>al priorities<br />
Voluntary <strong>and</strong> non-voluntary <strong>environment</strong>al legislation<br />
<strong>and</strong> regulations require the country’s<br />
entire population to take part in maintaining a<br />
healthy <strong>environment</strong>. The chemical <strong>industry</strong> has<br />
to ensure that its operating framework includes<br />
strategic planning aimed at improving Mexico’s<br />
<strong>environment</strong>.<br />
Some of Mexico’s <strong>environment</strong>al priorities are:<br />
◆ soil protection;<br />
◆ air quality;<br />
◆ ocean pollution;<br />
◆ afforestation;<br />
◆ biosafety;<br />
◆ water supply <strong>and</strong> treatment;<br />
◆ emissions inventories;<br />
◆ biodiversity;<br />
◆ sustainability of fisheries.<br />
In applying the DfE concept, DESC keeps<br />
these priorities in view.<br />
Environmental innovation in the<br />
chemical sector of Grupo DESC<br />
DESC SA de CV is one of Mexico’s major consortiums.<br />
Its operations are focused on four sectors:<br />
chemicals, automotive, food <strong>and</strong> real estate.<br />
Chemical sector operations involve eight businesses<br />
<strong>and</strong> 13 manufacturing plants. Products<br />
include plastics, resins, laminated products, rubber<br />
<strong>and</strong> carbon black.<br />
UNEP Industry <strong>and</strong> Environment April – September 2004 ◆ 47