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RE-X BUILDING SCAN
A methodology to assess the reuse potential of structural elements, and a platform to put them to use.
Recovery limits
Joints
Connections
Corrosion
Developed by civil engineers and architects
For anyone in Baltics or Nordics who owns, manages, designs, develops or deconstructs buildings, of any scale.
What the Re-X Building Scan Assesses
Walls, panels, slabs, beams, posts, lintels and structural timber
Condition
Damage
Cracking
Corrosion
Structural data
Dimensions
Rebar
Strength
Carbonation
BIM-ready
Reuse potential
Suitable elements
Recovery limits
Joints
Connections
Transport
Next steps
Further tests
Trial dismantling
Recovery limits
Joints
Connections
Corrosion
Structural data
Dimensions
Rebar
Strenght
BIM model ready
Next steps
Lab tests
Trial dismantling
Reuse potential
Suitable elements
From data to decisions
everything you need to act
01
Decision support
Get a data-backed overview to help decide whether to renovate, deconstruct or demolish.
Renovate
Deconstruct
Demolish
02
Complete material inventory
Get an overview of building elements across one or multiple buildings, their value, how they should be extracted and what they can be reused for.
03
CO₂ insights
Understand the potential CO₂ savings of reusing building elements for your project.
04
Legal basis for reuse
Get an engineer-signed assessment report (Level 7 or 8) that provides the technical and legal grounds to reuse structural building elements.
05
Data sharing
Share building inventories and material information with relevant stakeholders.
06
Integration with design tools
Connect material inventories with design tools.
07
Marketplace integration
List approved building elements on external marketplaces.
90 hollow-core slabs, assessed for reuse
KRULLI QUARTER, tallinn
We assessed and tested salvaged hollow-core slabs so they could go straight back into a new build
€41
costs to assess one slab, excl. VAT
35 min
of work per slab
13%
of the price of a new slab
62%
of work is a fieldwork, so with every scan the cost drops as experience grows.
two key tools to identify reusable elements
Assessment methodology
Digital platform
0
Before the visit
- Review available building documents
Gather documents and preliminary data before the visit
1
During the visit
- Inspect the elements on site
- Open up joints and connections to see how elements come apart
Add measurements and images to the platform
2
After the visit
-
Test in the laboratory if site results are inconclusive
Compile the data into the engineer-signed reuse report, Level 7 or 8
Create a digital passport for reusable elements
View the inventory, share it, export it to design tools, or list elements on marketplaces
Our clients and partners
Pricing
We start with your documents and go on site only if there’s real reuse potential
Why an hourly rate?
Buildings are different, so you pay only for the time it needs. What affects it most:
Access
Working height
Weather
Number of methods
Measurement density
Destructive testing
Reporting needs
What the hours cover
Site work
Inspection and on-site tests
Lab testing
Samples, when needed
Data analysis
Turning results into findings
Reporting
Report, inventory and passports
01
You send the building’s address
02
We contact you for any drawings and records you have
03
You get a report with findings and next steps
Does your building have reuse potential?
FREE · LEVEL 0
If your building is located in Baltics or Nordics, start with a free review. We look at what your building is made of and what could be saved before any decisions are made.
*Free, no commitment. We reply within 2 working days.