BIG THREE ENGINEERING · ENERGY & POWER

Natural Gas. Circular Gas.
Storage. Grid.

Engineer, deliver and operate dispatchable-energy infrastructure as one accountable lifecycle — from opportunity and fuel-source assessment through construction, commissioning, grid-aware storage and long-term plant performance.

InfrastructureGas · Circular Gas · BESS · Grid
LifecycleAssess → Engineer → Operate
Delivery enterpriseBig Three Engineering
Digital systemsWasteGrid ↔ B3 Nexus
DISPATCHABLE ENERGY INFRASTRUCTURE

Built around the fuel source, the plant, the grid and the obligation to perform.

WasteGrid starts with physical reality: sites, gas sources, connection points, storage, network limits, equipment, crews, tests, telemetry, meters, maintenance and commercial obligations. The digital record begins before construction and remains useful throughout the operating life.

Gas-to-power and grid infrastructure
NATURAL GAS · STORAGE · GRID

Design the operating estate, not a presentation.

Keep fuel source, equipment selection, grid connection, commissioning evidence and the eventual operating plant connected.

Battery storage and grid infrastructure

Grid-aware storage

Manage network constraints, BESS dispatch intent and performance obligations alongside dispatchable generation.

Circular gas and waste-derived energy infrastructure

Circular gas

Bring biogas, biomethane, landfill gas and syngas into the same evidence-led engineering and operations model.

ASSESS · ENGINEER · BUILD · CONNECT · OPERATE

One energy lifecycle. Five accountable stages.

The same system that supports what should be built continues into installation control, acceptance, storage and grid operations, plant assurance and energy economics.

01 · ASSESS

Understand

Demand, tariffs, gas availability, fuel quality, supply route, grid node, constraints and procurement requirements.

02 · ENGINEER

Configure

Natural gas, circular gas, BESS and hybrid scenarios, equipment, BOQ, proposal, performance requirements and review gates.

03 · BUILD

Deliver

Nexus handoff, work fronts, crews, permits, QA holds, evidence and accountable project progression.

04 · CONNECT

Commission

Inspect, test, energise, verify communications and formally accept equipment into the operating estate.

05 · OPERATE

Optimise

Telemetry, fuel availability, grid constraints, dispatch plans, alarms, O&M, metering, settlement and lifecycle assurance.

STORAGE + GRID FLEXIBILITY

Dispatchable capacity only matters when the system can use it.

WasteGrid gives teams a governed record of grid-node limits, plant availability, storage capacity, dispatch intent and contracted performance alongside the physical generation estate.

01

Know the constraint

Connection-point limits and time-bound grid constraints sit against the relevant plant and asset context.

02

Know the fuel

Natural-gas supply, circular-gas feedstock and gas-quality evidence stay connected to generation capability.

03

Govern dispatch

Plan storage charge/discharge and generation windows with power targets, reserve requirements and approval state.

Battery storage and grid infrastructure
ENGINEERING DELIVERY

Big Three Engineering delivers. WasteGrid carries the dispatchable-energy thread.

Big Three Engineering delivers energy infrastructure according to each engagement. WasteGrid carries the energy-specific technical and commercial record from qualification and engineering into commissioning, grid-aware operations and lifecycle performance.

DevelopmentOpportunity + bid readiness
EngineeringFuel + plant + grid context
DeliveryQA + commissioning + evidence
OperationsGeneration + storage + commercial
ENTERPRISE ENERGY OPERATIONS

From gas source to accountable grid delivery.

WasteGrid brings natural-gas generation, circular-gas generation, battery storage and grid operations into one visual, governed operating environment.

01

Natural gas

Gas supply, LNG or pipeline context, generation-unit visibility, plant performance and O&M.

02

Circular gas

Biogas, biomethane, landfill gas and syngas source context, performance assurance, alarms and field action.

03

Battery storage

BESS engineering context, commissioning, SoC/SoH, dispatch planning, obligations and lifecycle maintenance.

04

Grid flexibility

Connection nodes, constraints, dispatch intent, metering and performance obligations.

05

Commercial energy

Tariffs, metering, wheeling, settlement, revenue and portfolio economics.

06

Field assurance

Work orders, tests, evidence, reports, audit and controlled enterprise access.

PROJECT DELIVERY

Build the dispatchable-energy project and operating record together.

WasteGrid keeps natural gas, circular gas, BESS, grid, commissioning and commercial performance in one connected lifecycle.

ENERGY INFRASTRUCTURE

From usable resources to dependable energy infrastructure.

Explore the physical systems behind resource recovery, renewable gas and industrial energy delivery.

Anaerobic digesters and renewable-gas processing equipment in a green landscape
Renewable gas infrastructureTechnical plant, production systems and site context.
Organic feedstock at an industrial processing line
Resource and feedstockMaterials handling and circular-input opportunities.
Forested hills and river in a resilient landscape
Environmental contextProjects designed with local environmental considerations.

Visual concepts for illustration only. Images do not depict verified WasteGrid projects, personnel or operating assets.