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SUMMARY:Waste Heat Recovery: Challenges & Opportunities for Energy Efficiency *Full*
DESCRIPTION;ENCODING=QUOTED-PRINTABLE:Singapore is a small city-state without natural resources such as oil and n= atural gas and with very energy intensive industrial activity. A great = potential of efficiency improvement lies in recovery of the wasted heat= and thus replacing power, oil or natural gas used to fuel the processe= s.=20=0D=0AAs most industries use fossil fuels, heat recovery and improvement of energ= y efficiency will directly reduce the CO2 emission. Consequently, heat = recovery projects can generate credits within the CDM and carbon trade = programs. These credits are generated due to avoidance of use of fossil= fuels as well as financial return on heat recovery projects.=20=0D=0AHeat recovery can generate important financial cash flows, but due to the c= omplexity of the equipment and recovery processes it is not always easy= to implement these projects. For all energy efficiency projects, incre= ased complexity demands more engineering efforts as well as adequate ex= pertise and understanding of the technical fundamentals governing the h= eat recovery processes. Typical problems in heat recovery are corrosion= , clogging, emissions and fouling; it is essential to deal with those a= nd solve them in a sustainable way.=0D=0AMaintenance and qualitative operating of the equipment is essential to avoi= d deterioration of the efficiency or early breakdown of machines. These= aspects have to be dealt with during the design stage and organized at= the start of the projects otherwise the return on investment will not = be achieved.=0D=0ATo find out more about how to save money with heat recovery, join us in thi= s workshop, now!=0D=0A=C2=A0=0D=0A
LOCATION:SPRING Singapore, 2 Bukit Merah Central, Singapore 159835
CONTACT:Please call Ms Sharlene Chen @ 63388578
CATEGORIES:Paid Event
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DTSTART:20090805T090000
DTEND:20090805T170000
UID:1284065199evt72
DTSTAMP:20100909T164600Z
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