Forestry & Industrial Inputs
Timber, pulp, paper, engineered wood, biomass—renewable by design
Global Energy and
Resources Organisations
Sector‑agnostic by design—forests as industrial anchors
Forestry intersects construction, packaging, energy, and chemicals. When designed with energy, water, and logistics at the core, forests become renewable industrial engines: sawmills feeding engineered‑wood plants, pulp mills powering themselves via biomass, by‑products moving into bio‑chemicals and bioenergy, and ports exporting lumber and pulp alongside fuels and minerals. GEROS is sector‑agnostic precisely so these shared utilities and corridors raise utilization and cut unit costs.
How GEROS creates advantage (experts + operators)
We integrate silviculture and forest‑management experts, sawmilling and wood‑processing engineers, pulp and paper technologists, biomass/CHP designers, water and effluent specialists, biodiversity and community planners, and supply‑chain/logistics analysts with forest managers, mills, and EPCs. The coalition maps sustainable yields, plans roads and harvests, aligns mill siting with power/water/port access, and phases investments to match market growth.
Sustainable forest management
We implement inventory and growth models, responsible harvest cycles, fire and pest management, and habitat protection corridors. Certification (where pursued) is supported by robust tracking and community engagement. Local content and livelihoods are central: training in forestry operations, safety, and equipment maintenance builds lasting capacity.
Wood products and engineered wood
Sawmills are designed for high recovery with scanning optimization; kilns and drying systems use heat recovery. Engineered wood (glulam, CLT, LVL) supports mid‑rise construction and industrial buildings with favorable carbon footprints when sourced responsibly. Wood residues feed pellets, panels, or CHP—closing loops.
Pulp, paper, and packaging
Pulp lines (kraft/mechanical) and paper machines are specified for local feedstock and markets. Black liquor recovery and steam/power integration can make mills net energy exporters. Packaging grades (container board, tissue, specialty papers) align with domestic demand and export options; effluent systems meet stringent water standards.
Biomass and bio‑chemicals
Residues feed CHP and bio‑chemicals (lignin derivatives, tall oil, cellulose derivatives) where viable. We design feedstock logistics to avoid over‑harvesting and ensure moisture/quality control.
Water and environment
Mills adopt high‑efficiency water circuits and robust effluent treatment (primary/secondary/tertiary). We protect riparian zones, manage sediment, and plan reforestation from the outset.
Corridors and ports
Forestry products share rail/port corridors with minerals and fuels. Ports add lumber handling, breakbulk, and container loading; inland hubs manage log flows and traceability. Sovereign tariff retention and bonded warehouses improve economics.
Finance and markets
We balance domestic demand (construction, packaging) with exports; long‑term offtake and anchor tenants de‑risk mills. DFIs and green finance can support sustainable forestry and bioenergy components; structured finance aligns with harvest cycles.
ESG and social license
We co‑design benefit‑sharing, community forestry, and grievance channels; we track forest cover, biodiversity metrics, water quality, and safety in public dashboards. Indigenous rights and local land tenure are respected and formalized where relevant.
Digital and traceability
Forestry and mill operations adopt GIS, RFID, and weighbridge systems for chain‑of‑custody; mills use process control and predictive maintenance to minimize unplanned outages.
KPIs
Sustainable yield vs. harvest; recovery rates; energy balance; water intensity and effluent compliance; jobs and local‑content; safety; export value and corridor uptime; certified area coverage.
Outcome
A renewable industrial platform that supplies construction and packaging while generating energy and chemicals—governed by credible ESG and supported by the same power, water, and logistics that drive GEROS's broader portfolio.
Government-Aligned Investment Platforms
Structured investment vehicles designed to align sovereign interests with strategic resource development.
Global Offices
United Kingdom
Level 28, 52 Lime Street, London, EC3M 7AF
United Arab Emirates
Vila 145, Al Manara Street, Al Safa 2, Dubai
Sectors
Precious Metals & Gemstones
Minerals & Metals
Rare Earth Elements
Fossil Fuels
Energy Commodities
Industrial Minerals
Fresh Water Systems
Textiles & Fibres
Marine Products
Beyond Fossil Fuels
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