industry and environment - DTIE
industry and environment - DTIE
industry and environment - DTIE
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N e w s<br />
Industry Updates<br />
Indian <strong>industry</strong> is becoming<br />
greener<br />
The World Resources Institute (WRI) <strong>and</strong> the<br />
Sohrabji Godrej Green Business Centre of the<br />
Confederation of Indian Industry (CII) recently<br />
agreed to collaborate on projects to advance sustainable<br />
enterprises in India. This agreement was<br />
announced during the Green Power 2004 Conference<br />
in Mumbai, India, organized by the CII,<br />
the United States Agency for International Development<br />
<strong>and</strong> ICICI Bank. “With India’s rapid<br />
emergence in the global economy, we are pleased<br />
to partner with the country’s premier <strong>industry</strong><br />
association in harnessing technology innovation,<br />
entrepreneurship, <strong>and</strong> markets to achieve secure<br />
<strong>and</strong> sustainable growth,” said Dr. David Jhirad,<br />
WRI’s vice president for science <strong>and</strong> research.<br />
“Indian <strong>and</strong> US <strong>industry</strong> can start implementing<br />
energy <strong>and</strong> <strong>environment</strong>al solutions that enhance<br />
security, achieve climate stability, <strong>and</strong> eradicate<br />
poverty.”<br />
Under the agreement, the CII <strong>and</strong> WRI will set<br />
up a programme to assess, measure <strong>and</strong> report<br />
greenhouse gas emissions following the internationally<br />
accepted Greenhouse Gas Protocol developed<br />
by WRI <strong>and</strong> the World Business Council for<br />
Sustainable Development (WBCSD). CII <strong>and</strong><br />
WRI will also help exp<strong>and</strong> markets for renewable<br />
electric power, promote sustainable enterprises <strong>and</strong><br />
build public-private partnerships to attract significant<br />
investment in green technology, following<br />
WRI’s New Ventures model.<br />
“We are pleased to collaborate with the World<br />
Resources Institute, given its experience <strong>and</strong> expertise<br />
in working with businesses in lessening their<br />
<strong>environment</strong>al impact <strong>and</strong> ensuring long-term<br />
sustainability,” said S. Raghupathy, Senior Director<br />
<strong>and</strong> Head of the CII Godrej Green Business<br />
Center. “In partnership with WRI, we look forward<br />
to being Asia’s leading institute for sustainable<br />
business <strong>and</strong> technology solutions.”<br />
For more information, see www.ciibc.org. ◆<br />
Industrial pollution is<br />
decreasing in the UK<br />
Improved regulation <strong>and</strong> more stringent fines<br />
have helped curb industrial pollution in the United<br />
Kingdom. The UK’s Environment Agency<br />
reports that 613 cases of serious pollution were<br />
caused by <strong>industry</strong> in 2003, a 12% drop compared<br />
with the previous year. The farming <strong>and</strong><br />
waste management sectors were singled out for the<br />
progress they have made. “Our risk-based<br />
approach to regulation, developed with business,<br />
is working,” says chief executive Barbara Young,<br />
in the agency’s annual Spotlight on Business report<br />
(www.<strong>environment</strong>-agency.gov.uk/spotlight).<br />
“But fines for <strong>environment</strong>al offences are still far<br />
too low.”<br />
Average fines were little changed at around<br />
£8400 (US$ 15,068), although the heftiest was<br />
£232,000 (US$ 416,000), the largest-ever fine for<br />
illegal waste management in the UK. However,<br />
the waste management sector reduced cases of<br />
serious pollution by about 25%. Personal liability<br />
for <strong>environment</strong>al pollution has increased; 11<br />
company directors were fined in 2003. The main<br />
repeat offenders were utility companies, which<br />
were prosecuted for letting sewage pollute lakes or<br />
streams. Water <strong>industry</strong> pollution incidents rose<br />
by around 25% compared with 2002. The construction<br />
<strong>industry</strong> was responsible for 3% of pollution<br />
incidents, or 80,000 tonnes of waste<br />
annually. This amount is increasing with regeneration<br />
works, the Agency reported.<br />
Greenhouse gas <strong>and</strong> nitrogen oxide emissions<br />
both increased, by 5 <strong>and</strong> 9%, due to increased<br />
burning of coal for power generation. There was<br />
less oil-based pollution than in previous years.<br />
For more information, see www.<strong>environment</strong>agency.gov.uk.<br />
◆<br />
European chemical <strong>industry</strong><br />
launches technology platform<br />
on sustainable chemistry<br />
The European Union’s chemical <strong>and</strong> biotechnology<br />
industries have joined forces to promote “sustainable<br />
<strong>and</strong> competitive chemistry”. While the<br />
EU’s chemical <strong>industry</strong> accounts for 28% of the<br />
global chemical trade, this share is 4% lower than<br />
a decade ago. CEFIC, the European chemical<br />
<strong>industry</strong> association, <strong>and</strong> the biotech association<br />
EuropaBIO, with the support of the European<br />
Commission, have launched a European technology<br />
platform on sustainable chemistry. Its purpose<br />
is to increase investment in research <strong>and</strong> innovation<br />
<strong>and</strong> to boost European competitiveness in<br />
this sector.<br />
The platform brings together <strong>industry</strong>, research<br />
centres, financial institutions <strong>and</strong> regulatory<br />
authorities at the European level to create a strategic<br />
research agenda for the sector. Issues to be<br />
addressed include three key technology areas for<br />
Europe: industrial biotechnology; materials technology,<br />
reaction <strong>and</strong> process design; <strong>and</strong> cross-cutting<br />
issues including the <strong>environment</strong>, health <strong>and</strong><br />
safety, education <strong>and</strong> skills, research infrastructures<br />
<strong>and</strong> access to risk capital.<br />
“Research is the primary source of<br />
innovation in the knowledge-intensive<br />
chemical <strong>industry</strong> <strong>and</strong> is driving the sector forward,”<br />
says European Research Commissioner<br />
Philippe Busquin. “The European chemical <strong>industry</strong><br />
has an impressive track record of developing<br />
new products <strong>and</strong> manufacturing processes, but<br />
the challenge is to improve the transformation of<br />
laboratory ideas into new sustainable products <strong>and</strong><br />
services to boost EU competitiveness. The EU<br />
chemical sector only spends 1.9% of its sales on<br />
R&D, less than the United States’ 2.5% <strong>and</strong><br />
Japan’s 3%. The new platform will facilitate the<br />
establishment of public-private partnerships to<br />
address the barriers to innovation <strong>and</strong> encourage<br />
the <strong>industry</strong> to invest more in research to overcome<br />
these challenges <strong>and</strong> improve the <strong>industry</strong>’s competitiveness.”<br />
Europe’s trade in chemicals grew<br />
from €14 billion in 1990 to €42 billion in 2002,<br />
with some 25,000 enterprises employing 1.7 million<br />
people. To sustain this growth, however, it is<br />
vital for the <strong>industry</strong> to find a balance between<br />
long-term, technology-driven <strong>and</strong> short-term,<br />
market-driven research.<br />
Three strategic technology areas have been<br />
identified for European innovation: industrial<br />
(white) biotechnology, materials technology, <strong>and</strong><br />
reaction <strong>and</strong> process design. These technology<br />
areas have great potential to transform the chemical<br />
<strong>industry</strong> <strong>and</strong> to create opportunities for new<br />
European enterprises. In addition, due to their<br />
many applications, they have the potential to<br />
impact significantly on society <strong>and</strong> promote the<br />
development of new sustainable technologies.<br />
The Platform will also address public concerns<br />
about effective management of risks to human<br />
health <strong>and</strong> the <strong>environment</strong>, together with issues<br />
that slow down the innovation process (ranging<br />
from access to risk capital, stimulation of chemical<br />
research careers <strong>and</strong> facilitation of <strong>industry</strong>-academia<br />
research collaborations, to aspects of public<br />
awareness).<br />
One of the main goals is to maintain <strong>and</strong><br />
strengthen the competitiveness <strong>and</strong> sustainability<br />
of the chemical <strong>industry</strong> in Europe by providing<br />
the technology base for more sustainable chemical<br />
production, products <strong>and</strong> services, as well as<br />
improving the infrastructure <strong>and</strong> financial conditions<br />
for innovation.<br />
For more information, see www.cefic-sustech.org/<br />
files/Publications/ETP_sustainable_chemistry.pdf.<br />
◆<br />
Paper recycling is increasing<br />
in the United States<br />
More than half of the paper used in the United<br />
States in 2003 was recovered for recycling. The<br />
American Forest <strong>and</strong> Paper Association (AFPA)<br />
says this rate of recovery represents a 69% increase<br />
since 1990. Currently 339 pounds (130 kg) of<br />
paper is recovered per US citizen, compared with<br />
233 pounds in 1990. The group reports that more<br />
than 80% of all paper mills in the US use recov-<br />
78 ◆ UNEP Industry <strong>and</strong> Environment April – September 2004