Capabilities, from Land Assessment to Long‑Term Operations

Forestry suppliers: A steady, contracted buyer for low-grade material that otherwise has no market. Long-term offtake gives thinning operations, including forestry cooperatives, a more predictable revenue stream.

Sawmills: Bark, sawdust, and offcuts become a revenue stream instead of a disposal cost. Nearby process heat can also support drying and other mill operations.

Municipalities: Energy revenue pays for part of the forest maintenance alongside public budgets. A local plant also supports jobs and regional resilience.

Heat users: Nearby industry and facilities gain access to predictable, locally generated heat. The heat is made from wood supplied within the area.

Investors & partners: Each project is small-unit and repeatable, with its fuel supply secured before construction. That combination reduces both fuel risk and permitting complexity compared with utility-scale biomass.

Identifying candidate sites and assessing them against forestry catchment, access, and site conditions before a project is defined.

Evaluating whether a site's likely wood volumes, access, and forestry activity can support a fuel-tolerant CHP unit over the long term.

Building durable local supply relationships with forestry suppliers, thinning operators, and sawmills so fuel is secured by multi-year contracts.

Coordinating logistics, delivery schedules, and material specifications across forestry crews, stockyards, and sawmills feeding a project.

Managing grid interconnection, permitting, and the local regulatory steps a forestry-fed biomass project needs to move forward.

Coordinating engineering, procurement, and construction of the CHP unit and site infrastructure, through to startup and commissioning.

Matching the CHP system to the site's actual fuel and its heat and power demand.

Ongoing monitoring, maintenance coordination, and performance support after commissioning, sized for a low-staffing, remotely monitored unit.

Structuring the project timeline, stakeholders, and documentation from initial concept through to operating asset.

We identify candidate sites and assess land, forestry catchment, and access before committing to a project.

We manage grid interconnection, permitting, and the local regulatory steps a project needs to move forward.

We build supply agreements with forestry suppliers and sawmills so the project's fuel is under contract.

We coordinate engineering, procurement, and construction of the CHP unit through to startup and commissioning.

We support ongoing O&M, fuel logistics, and monitoring once the plant is running.

We deliver woody heat at typically around half the useful cost of Class-A heavy oil, on a zero-capex ESCO basis. The oil side runs about ~¥14 per kWh_th (Class-A heavy oil at an illustrative ¥132.4/L ÷ 9.45 kWh_th/L); your number comes from the assessment. You pay per unit of heat below oil parity; your existing oil boiler stays as backup, so reliability never depends on us alone.

The fit test is simple: about 100 °C hot water and ~452 kWth deliverable (696 kWth installed; ≈452 kWth deliverable after the fuel-drying draw). That suits food processing, brewing, laundry, greenhouse, aquaculture, and onsen loads — the qualifying question is whether your temperature and year-round load match. The minimum viable case starts from about 150 kW of sustained heat — one unit delivers ~151 kWth; below that, a smaller boiler fits better.

The fit varies by load. An onsen or ryokan runs a strong overnight and seasonal demand curve; on-site laundry is a separate, steadier load that our ~90–100 °C water matches directly. We size the block to your measured demand profile.

Siting is discreet by design: chip deliveries run to a modest cadence of a few a week, and the fuel bay and block sit on host or adjacent land, away from guest-facing areas.

Maintenance is carried out by manufacturer-trained technicians under the service agreement. Because your oil boiler stays in place as backup, you keep two heat sources but pay only for the woody heat you draw — reliability never rests on us alone. The contract states its term, exit terms, and equipment ownership up front; if Analema were unable to continue, the heat-supply contract and the equipment carry assignment provisions.

The order of magnitude is a Scope-1 cut of ~1,040 t-CO2/yr (illustrative), from burning local wood in place of fossil fuel.