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A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

Date post: 19-Jan-2016
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A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM
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Page 1: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM

Page 2: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.
Page 3: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

TYPICAL ISSUES WE FACE

Page 4: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.
Page 5: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

CURRENT APPROACH PROBLEMS

• Time consuming especially for recording installation.

• No document interoperability between person undertaking survey, person installing solutions or IQP performing 12a inspection.

• Lack of up to date data redundancy over the life time of a building.

Page 6: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

• Unsure what the IQP has checked, is the building owner getting value for money?

• Fragmented approach within the industry, everyone has their own way of doing things.

Page 7: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

WORK FLOW CONCEPT

• IDENTIFY – Survey if required and suggest solutions for identified problems.

• RECTIFY - Install and record firestop systems.

• MAINTAIN – Via BWOF Inspections (12a)

Page 8: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

Project started with plans and supporting documentation added through web interface. Reports can be generated and sent as PDFs via email.

Tablet is synced to server before survey,installation, or BWOF inspection is undertaken. New data collected is synced back to the server.

Third party access to dataNZFSCouncilInsuranceProperty Management

Page 9: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

NEW BUILD vs EXISTING

EXISTING• Existing building more likely to

have passive issues, usually the older the building the greater the number of issues

• Existing building will usually require a survey to be undertaken whether it be a general report outlying common problems throughout, or an in depth version documenting every single issue found.

NEW BUILD• Likely to go straight into

Installation mode.

Page 10: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

WHO BENEFITS AND WHY?

• Person undertaking the survey – Productivity • Constructor – CCC QS• Fire Engineer – Help mitigate potential PS4 liability• Installer – Productivity and accountability• Insurance company – Disclosure, risk management• Building Owner or Management Company– Risk

management• IQP – Productivity and accountability• Council – Accurate and up to date data• NZFS – Free data feeds to pertinent information such as

alarm panel and valve locations, final exits.

Page 11: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

HARDWARE REQUIREMENTS

• Currently android based using Samsung tablets due to camera flash and removable storage.

• Zebra mobile printer

Page 12: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

COST

• Project cost of $100.00• Annotations @ $1.00• Survey $100.00• BWOF SaaS cost $25

Page 13: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

BARRIERS TO ADOPTION

• Incumbent industry methods that may financially benefit the professional (but not the building owner).

• Uninterested building owner.• Manufacturers unwilling to release test data.• Ignorance of the importance of passive fire

protection.• Wait and see approach with new technology or

system.

Page 14: A SOFTWARE BASED APPROACH TO SOLVING THE PASSIVE PROBLEM.

WHAT SYSTEMS TO LIST?

• Installation Details with referenced test data• Third party assessment• VOC data• MSDS data • AS/NZ standard• EN/UL/FM/ETA standards?


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