DNV Safeti Software for risk analysis

[deepsee]

100mb.mail ur id.

[aniket00786]

this is ***** or sftware

[pranoti0510]

hi deepsee
can you mail that to me??

[nipulrgudka]

does some one have tutorial for Phast and safeti.
pls share

[sanjay70]

Dear Friends

I need a Copy of DNV Software.Please help me
e-mail:sanjay_safety@yahoo.com

Regards
Sanjay

[pranoti0510]

hey bro
mail to me at prasad.chaitanya08@gmail.com

[rash21stcen]

mail me at rasheed_sheikh2002@yahoo.com

[deepsee]

[link Point to another website Only the registered members can access]

[rpras]

I do greatly appreciate having a copy of this software (I mean the DNV one) thank you in advance
I personnally use Aloha software you can get a copy free of charge from US EPA environmental protection agency or dowload it from

[link Point to another website Only the registered members can access] but it is a very simple one which uses pure chemicals only

can you please upload aloha once again as it is not available with the link (it has expired)

[alanjiao]

Dear Friends,
Can someone re-share the DNV SAFETI? please send to: jiaolei@gmail.com if possible.

Thank you very much.

[jazzanwar]

Dear frnds
pls share the link or mail me at jazzanwar@gmail.com.
thanku in advance

[alanjiao]

for sharing purpose only.

I feel a heavier component shall be used, rather than n-butane. but it is difficult to decide which one. The following factors may be considered:
1. The purpose of modelling: toxicity or fire scenarios.
2. the location of the sensitive locations, including the elevation. this will help you decide whether light or heavy components shall be used for modeling.
3. safe factors. if you want your analysis more conservative, maybe components with lower LEL shall be considered.

Of course, other physical and chemical properties shall also be considered but most important is to decide the exposure scenarios and then decide target pupulation to be covered in the study.

any suggestions from other friends? I met the same problem before and this is how to make close estimation when data are not available.