Engineering
Technical planning that aligns scope, interfaces, risks and execution sequence from the outset.
Greater confidence in critical decisions.
Capabilities
Connected capabilities, from assessment to disposition.
Four disciplines operate as one technical system to reduce handoffs, organize risk and keep every decision documented.
Operations — field planning and execution.
GSR 999 — industrial presence on Guanabara Bay.
One line of technical responsibility across the operation.
Decommissioning
We structure the removal, dismantling and movement of complex maritime and industrial assets.
A coordinated operation from asset to yard.Waste management
We classify streams, organize segregation and document the applicable destination for each material.
More control over compliance and supporting evidence.Reverse logistics
We connect material recovery, transport and routing to the technically appropriate destination.
Recovered value with a clear chain of custody.What happens within each discipline
Each capability combines a defined work sequence with records that make operational progress verifiable.
Engineering
The technical assessment turns asset conditions, site constraints and critical interfaces into a clear basis for deciding scope and sequence.
Operational process
- Review of the asset, available documentation and worksite conditions.
- Definition of scope, interfaces, risks and the technical execution sequence.
- Preparation of plans that connect engineering decisions to field activities.
Evidence produced
- Execution plans and sequences linked to the conditions identified.
- Records of interfaces, risks and decisions that guide fieldwork.
Decommissioning
The decommissioning sequence coordinates preparation, dismantling and movement so that each stage responds to the conditions of the asset and site.
Operational process
- Preparation of the asset and organization of work fronts before dismantling begins.
- Execution of the defined sequence for applicable cuts, separations, lifts and movements.
- Controlled transfer of components between asset, quay, yard and segregation areas.
Evidence produced
- Records of cuts, lifts and movements completed during the operation.
- A documented relationship between the planned sequence and observed field execution.
Waste management
Each material stream is identified, segregated and followed to its applicable destination, preserving the relationship between origin, containment and dispatch.
Operational process
- Identification and classification of materials generated throughout dismantling.
- Segregation, containment and temporary organization according to each stream's characteristics.
- Preparation of the records that accompany material dispatch and disposition.
Evidence produced
- Material inventories organized by origin and category.
- Segregation and disposition records organized by material stream.
Reverse logistics
Reverse logistics closes the loop between recovered material and its applicable destination by coordinating loading, transport, receipt and delivery evidence.
Operational process
- Mapping of routes and destinations compatible with the recovered materials' characteristics.
- Coordination of loading, transport and delivery between the facility and recipient.
- Consolidation of records linking material at origin to receipt at destination.
Evidence produced
- Chain-of-custody records maintained throughout material movement.
- Delivery evidence associated with the corresponding stream and recipient.
Control that follows the asset
Scope is structured around the asset's actual condition, the worksite and the requirements of each material stream. Engineering, field operations and records move forward together.
- Projects
- 25 projects delivered
- Materials
- More than 30,000 tonnes of materials recovered
GSR · Next project
Bring the asset. We will structure the technical path.
Tell us about the asset, its location and the opportunity stage. Our team will follow up for an initial qualification conversation.
Talk to GSR