[Stoves] New paper (free for 50 days) comparing TLUD stove PAH emissions and HELE Crossdraft stove emissions using a contextual test sequence and different fuel particle sizes.

[DHAN HURLEY]

hi from Tübingen University, S. Germany.


Unfortunately, we are no longer able to provide you with access to this article due to your institution’s cancellation request as part of Project DEAL. 
We continue to work hard to find a solution as soon as possible. 


Elsevier is committed to reaching national agreement with Project Deal
https://www.elsevier.com/promo/sciencedirect/germany?dgcid=usabilla-germany-cohort2-desk


What is Projekt DEAL?
The German Rectors’ Conference was tasked by the Alliance of German Science Organizations to institute Projekt DEAL to negotiate nationwide transformative “publish and read” agreements with the largest commercial publishers of scholarly journals on behalf of all German academic institutions including universities, universities of applied sciences, research institutions, state and regional libraries.

https://www.projekt-deal.de/about-deal/

Many thanks,
Dhan Hurley

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 On Thursday, February 13, 2020, 08:32:14 PM GMT+1, Crispin Pemberton-Pigott <crispinpigott at outlook.com> wrote:

Dear Friends

This article may be of interest to both TLUD designers and those attempting to build High Efficiency Low Emissions (HELE) stoves.  IT is a study of PAH emission reductions using different
 fuel sizes in a crossdraft stove to see what effect it has on the fuel efficiency and PAH production.

It is free for 50 days from today using the “coauthor” link below.  After that it is paid access.

https://www.sciencedirect.com/science/article/pii/S1743967119303514?dgcid=coauthor

In brief, it shows that the fuel particle size affects both the thermal efficiency and the rate of PAH formation under various conditions encountered during the test sequence.  It uses
 a contextual test sequence based on typical behaviours in farmer’s houses in Hebei Province China.

You can save the article to disk.

It includes a description of the test apparatus which is capable of making measurements to a very low concentration.

Regards
Crispin