Our method
Feasibility first, then a financially controlled process
Three methods make ARV3XA projects bankable: a detailed feasibility study, our Stage-Gate process and our SPOF expertise.
Feasibility first
No industrial strategy without a detailed feasibility study
Before proposing any technology or investment, we run a detailed feasibility study — the foundation of every successful development project.
Waste characterisation
Measured, multi-season sampling: volumes, composition, moisture, contaminants and 20–30-year projections.
Local circuits & markets
Existing recycling channels, offtakers and prices, deciding what is recycled and what is transformed.
Site & regulation
Land, permits, environmental pathway, utilities and grid connection.
Technology screening & tests
Technology-agnostic selection, laboratory and pilot tests, mass and energy balances.
Economics & financing
CAPEX, OPEX, revenues, sensitivities, carbon value and funding plan.
Risks & SPOF
Risk register, Single Point of Failure analysis and what-if responses from day one.
Outcome: An independent Go / Modify / No-Go recommendation and the industrial strategy best suited to the local economy.
Stage-Gate
De-risking every investment decision
Each phase ends with a formal gate — go, adjust or stop — based on consolidated data. Capital is committed step by step, never in one block.
INITIATE
Frame the need, the waste stream and the stakeholders; test conceptual viability.
Deliverable: Initial business case
QUALIFY
Deep-dive on feedstock, site, regulation and markets; first risk screening.
Deliverable: Pre-feasibility · SPV set-up
EVALUATE
Compare scenarios, select technologies, model mass, energy and money flows.
Deliverable: Preliminary business plan
Concept freezeCONSOLIDATE
Secure offtake and financing, stabilise the design, prepare FEED and permits.
Deliverable: Consolidated business plan
System freezeFEED / FID
Detailed engineering, EPC tender and award, financial close.
Deliverable: Final Investment Decision file
Design freezeEXECUTE
Procurement, construction, HSE, commissioning and performance tests.
Deliverable: Plant handed over
ACHIEVE
Operation, optimisation and life-cycle asset management (LCAM).
Deliverable: Performance validated
Five axes reviewed at every gate: Organisational · Strategic · Financial · Administrative & permitting · Technical, including SPOF analysis.
SPOF expertise
Anticipate failure, keep producing
Our AI-assisted Single Point of Failure methodology goes beyond predicting equipment failure: it prepares the what-if response, so production is not interrupted.
Identify
Documents, data and asset registers; AI-assisted dependency mapping from plant down to sub-unit; redundancy check and site validation.
Score & prioritise
Plant and commercial impact, grid and cascading risk, likelihood and detectability, risk tiers from critical to low.
Mitigate
Design and redundancy options, cost-weighted prioritisation, residual-risk reassessment and investment roadmap.
What-if response
Simulated failure scenarios, degraded-mode procedures, spares, bypass and fast-restart plans, and conduct-to-hold playbooks for operators.
Project finance
We make projects bankable — and investable
Business plans
Investor-grade financial models: CAPEX, OPEX, revenues, sensitivities, IRR and payback.
Financing files
Information memoranda, lender and grant applications, due-diligence data rooms.
Structuring
SPV and JV set-up, PPP, debt and equity mix, export-credit and multilateral financing.
Carbon & green revenues
Carbon-removal credits, green certificates and offtake contracts that secure cash flow.
Investor identification
We identify and approach third-party investors: private equity, family offices, impact and development funds.
Investment narrative
Drawing on similar projects, we build the narrative that convinces investors: need, solution, risks and returns.
Let’s build together
Have a waste stream? Let’s turn it into value.
Tell us about your feedstock, site and goals. We reply with a first assessment.