Recent innovations in the briquetting of carbonized biomass have the potential to improve the efficacy of papyrus as a fuel source. Selective harvesting of only mature stems may prove more sustainable than experimental clear-cutting approaches to regeneration pursued in earlier studies, whilst still providing up to 90 % of available biomass. Briquettes produced from papyrus compare favourably with alternative local fuels, both in physical properties and from the perspectives of potential end-users. Papyrus wetlands at Lake Naivasha, Kenya, may have the potential to provide 1.5 9 109 cuboid briquettes (volume c. 90 cm3; weight c. 25 g) from a biannual harvest, satisfying the domestic fuel requirements of[85 %of the District’s population whilst simultaneously reducing pressure on forests exploited for the production of wood charcoal.
Biomass briquettes: a novel incentive for managing papyrus wetlands sustainably?
PACINI, NICOLA;
2014-01-01
Abstract
Recent innovations in the briquetting of carbonized biomass have the potential to improve the efficacy of papyrus as a fuel source. Selective harvesting of only mature stems may prove more sustainable than experimental clear-cutting approaches to regeneration pursued in earlier studies, whilst still providing up to 90 % of available biomass. Briquettes produced from papyrus compare favourably with alternative local fuels, both in physical properties and from the perspectives of potential end-users. Papyrus wetlands at Lake Naivasha, Kenya, may have the potential to provide 1.5 9 109 cuboid briquettes (volume c. 90 cm3; weight c. 25 g) from a biannual harvest, satisfying the domestic fuel requirements of[85 %of the District’s population whilst simultaneously reducing pressure on forests exploited for the production of wood charcoal.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
