Organic-Lock

Organic-Lock is an organic binder designed to be mixed with crushed aggregate. It has the strength to resist erosion and requires minimal maintenance.

[Organic-Lock @OrganicLock]

Presidio Tunnel Tops reconnects the Presidio with the San Francisco waterfront through pathways, open space, and landscape integration.

https://t.co/7VoBZnwpIf

#OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture #LandscapeDesign #UrbanDesign #PublicSpaces

[Organic-Lock @OrganicLock]

At Chinbrook Meadows, early wet conditions affected pathway stability. Over time, use helped consolidate the surface as intended.

https://t.co/oCpsrNyxVS

#LandscapeArchitecture #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

The restored floodplain at Chinbrook Meadows stores and slows flow during heavy rain, reducing downstream pressure.

OLSA pathways remain permeable within this dynamic system.

https://t.co/oCpsrNyxVS

#LandscapeArchitecture #FloodMitigation #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

Chinbrook Meadows in London transforms a concrete channel into a working floodplain. Re-meandering the river restores ecology and improves flood performance across the site.

https://t.co/oCpsrNyxVS

#LandscapeArchitecture #FloodMitigation #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

Harvard’s SEC uses a clear path hierarchy to balance durability, cost, and performance within an on-structure landscape. OLSA was selected to meet these conditions.

https://t.co/Ho07O0wCuS

#LandscapeArchitecture #OrganicLock #OrganicLockStabilizedAggregate #OLSA

[Organic-Lock @OrganicLock]

At Harvard SEC, the landscape is part of the water system.

Designed by @stimsonlandscape, bioretention captures and reuses stormwater on-site.

OLSA pathways maintain permeability within the system.

https://t.co/Ho07O0wCuS

#LandscapeArchitecture #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

Harvard’s Science & Engineering Complex brings landscape onto structure.

Designed by @stimsonlandscape, OLSA pathways support permeability within tight structural constraints.

https://t.co/Ho07O0wCuS

#LandscapeArchitecture #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

Redwood Square, designed by @swagroup, is built for daily use.

OLSA pathways provide a durable, permeable surface that supports constant foot traffic while integrating with the landscape.

https://t.co/RBrN3Iyo9p

#LandscapeArchitecture #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

At Redwood Square, the ground plane had to perform within strict root protection zones. OLSA pathways provide permeability, durability, and flexibility, adapting to layouts shaped by existing trees.

Photo: Bionic

https://t.co/RBrN3Iyo9p

#LandscapeArchitect #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

Redwood Square, Sunnyvale, a public plaza structured around existing redwoods, utilizes Organic-Lock Stabilized Aggregate for its pathways. Root protection zones dictated the ground plane design.

https://t.co/RBrN3Iyo9p

#LandscapeArchitecture #PublicSpace #OrganicLock #OLSA

[Organic-Lock @OrganicLock]

Join our Lunch & Learn to explore real project applications for Organic-Lock Stabilized Aggregate (OLSA), design considerations, and installation best practices:
https://t.co/8HOVn5aeJO

#OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture #CampusDesign #PublicRealm

[Organic-Lock @OrganicLock]

At MIT, a former service corridor was transformed into a green campus pathway using Organic-Lock Stabilized Aggregate (OLSA) for a permeable, durable surface that improves drainage, accessibility, and long-term performance.

https://t.co/zM72Ei4WCE

#LandscapeArchitecture

[Organic-Lock @OrganicLock]

Organic-Lock Stabilized Aggregate (OLSA) supports ADA accessibility while contributing to LEED-related goals such as stormwater management, recycled content, and heat reduction.

https://t.co/qbrdQb6j0r

#LandscapeArchitecture #SustainableDesign #GreenInfrastructure

[Organic-Lock @OrganicLock]

Organic-Lock Stabilized Aggregate (OLSA) provides a natural-looking, permeable surface that supports long-term performance in high-use campus environments, like Kenyon College in OH.

https://t.co/0bnRssYlXc

#LandscapeArchitecture #CampusDesign

[Organic-Lock @OrganicLock]

Covey Ranch Trail, an agricultural site is now a 1.5-mile recreational loop made for walking and cycling. Organic-Lock Stabilized Aggregate (OLSA) provides a natural, permeable surface supporting durability and accessibility.

https://t.co/nZuaYybuQZ

#LandscapeArchitecture

[Organic-Lock @OrganicLock]

Organic-Lock Stabilized Aggregate (OLSA) is designed for multiple applications, including pedestrian paths, bicycle routes, tree installations, and light vehicular access.

https://t.co/kTjbbBpxp9

#OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture #LandscapeDesign

[Organic-Lock @OrganicLock]

High-traffic public spaces need pathways that perform. Organic-Lock Stabilized Aggregate (OLSA) delivers permeability and durability.
Join our Lunch & Learn webinar to learn more:
https://t.co/8HOVn5aeJO

#OrganicLockStabilizedAggregate #OLSA #UrbanDesign

[Organic-Lock @OrganicLock]

Organic-Lock Stabilized Aggregate (OLSA) systems are designed to be installed with precision, starting with a well-compacted subgrade and continuing through controlled placement and curing.

https://t.co/XzizNJIVoZ

#OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture

[Organic-Lock @OrganicLock]

Organic-Lock Stabilized Aggregate (OLSA) provides a permeable, low-maintenance surface suitable for both pedestrian and bicycle traffic at Blue Bird Apartments in Chattanooga.

https://t.co/8o4W2p2POQ

#LandscapeDesign #OutdoorDesign #ResidentialLandscape

[Organic-Lock @OrganicLock]

Pathways at Civic Center Community Conservation Park are designed with OLSA to support both public access and environmental education.

https://t.co/LsaAWhjg63

#LandscapeArchitecture #SustainableDesign #GreenInfrastructure #PermeablePaving