Mukoddas Syuhada

Bamboo in H ousing and its E nvironment is R educe C arbon F ootprint Mukoddas Syuhada 1 1 Secretary of Housing, Settlement and Land Affairs of South Tangerang City Abstract . Nowadays, according to the life style, people always provide life more comfortable which has negative effects of the energy will get in to environmental by pollution of carbon dioxide emissions (CO2). Therefore, its being trigger climate change and global warming. Economic growth caused environmental decline and could not be sustained. Having said that, we can provide awareness by individually, family, or collectively is measuring the Carbon Footprint in residential and their environment. This study will give you an idea of ​​how much natural resources are directly used in healthy housing, convert them to released carbon emissions, and thus we are expected to limit ourselves to eco-friendly behavior. Carbon Footprint bamboo houses are calculated in tons of carbon or tons of carbon dioxide which ...

PENGHITUNGAN BIOMASSA Sebuah pengantar untuk studi karbon dan perdagangan karbon oleh: Dandun Sutaryo Wetlands International Indonesia Programme 2009 Dipublikasikan pada Mei 2009 oleh : Wetlands International Indonesia Programme Jl. A. Yani 53. BOGOR PO Box 254/BOO, BOGOR 16002 Tel. +62 251 8312189; fax: +62 251 8325755 © Wetlands International Indonesia Programme Resource from email  Elizabeth A. Widjaja eawidjaja3003@gmail.com Researcher on bamboo 

Resource from email Elizabeth A. Widjaja eawidjaja3003 @gmail.com Researcher on bamboo bambooindonesia.net http://www.bamboocentral.org/shareinrepair/howcalc.htm CO2 Calculation Here you can see in detail how our calculator computes your personal CO2 output values.  Flights 1 litre kerosene releases 0,00257 tons CO2 One Short Distance Return.Flight (4.000km, 8 litre kerosene/100km/person): = 0,825 tons/year One Long Distance Rtn.Flight (20.000km, 4 litre kerosene/100km/person): = 2,056 tons/year or If you enter the kilometres directly, the numbers for Long distance Flights is used. The formula is: kilometer x (4/100) x 0,00257 = tons/year Car 1 litre petrol releases 0,00233 tons CO2, average consumption of 7 litre/100km sometimes = 2.500 km/year = 0,41 tons/year often = 10.000 km/year = 1,63 tons/year always = 40.000 km/year = 6,524 tons/year or If you enter the kilometres directly the following formular is used: ki...