Independent Industrial Intelligence · Research · Policy · Assets · Projects
Heliovulcan connects facility, energy, emissions, project, regulatory and commercial evidence to answer questions that matter to policy, investment and industrial decisions — working from regulatory registers, energy and emissions accounts, pollutant inventories, spatial layers and company disclosure.
The questions change. The discipline does not: every figure carries its evidence grade, and anything the public record cannot settle is named as such rather than estimated quietly into place.
Latest work
Three streams run in parallel and feed the same evidence base: public consultation responses, published research, and project and asset analysis. The most recent of each is below.
The consultations page is the permanent record for public policy and regulatory engagement. It is currently empty, and says so. See what will be recorded there →
What the work covers
Different questions arrive from different directions — a regulator’s consultation paper, an investment committee, a site manager, a lender. They are answered from the same underlying evidence, which is why the answers can be checked against each other.
Research & policy
Research is where the evidence base is tested in public. Several pieces reach a negative conclusion — that a market is smaller than it looks, or that a route does not exist — and those are published for the same reason as the rest. Where the work can answer a question a public consultation is actually asking, it becomes a submission.
Industrial & Emissions, Energy Markets, Investment & Projects, and Policy & Regulation. Fifteen pieces published to date, weighted toward projects and investment because that is where the work started — the policy topic is the newest and the thinnest.
Australian energy and emissions policy is largely made in the open. Where the evidence base can speak to a consultation question, a submission is made and recorded with the question, the evidence, the findings and a link. No submission has been published to date, and the page says so plainly.
Asset & market intelligence
Before anything is proposed for a plant or a mine there is a prior question, usually assumed rather than answered: what does this operation consume, burn, emit and owe — and who controls it? The same machinery scales up from one facility to a sector.
Fuel mix and quantity, self-generation versus purchased electricity, reconstructed average load, and network position. Fuel type is established from evidence, not assumed from the industry code — an assumption that is wrong often enough to matter.
Ownership and operator structure, including the common case where the power station belongs to a third party under a long-term agreement and its fuel is reported under a different industry entirely.
The asset compared against peers on measures that are genuinely comparable, and summed with them to test whether the sector view holds. Both directions, because each catches errors the other does not.
Most projections of a facility’s 2029 compliance gap apply the annual decline rate to the baseline and stop there. The Safeguard Rules do not work that way, and the difference is not a rounding error. This is one question the evidence base answers — shown here because it demonstrates the method rather than because it is the only thing on offer.
The Rules set a statutory floor. In the most recent published register, 43 facilities sit exactly on it. A projection that declines straight through the floor overstates the gap — on one facility we tested, by almost seven times.
Credits are issued against the baseline as it would have been without the floor. Between the two lines there is a band where a facility can abate and receive nothing for it. If you are on the floor, you need to know how wide that band is before you cost a single project.
Priced against a revenue proxy, 2029 compliance cost runs to several per cent of revenue at the more exposed operations we have costed — enough to change what an asset is worth, not just what it reports.
Project analysis
One application of the same evidence engine, and the one with the longest worked record. It applies when something is being proposed — a mine microgrid, a diesel displacement, a solar-plus-storage concept — and the question is whether it can advance rather than what is already true of the operation hosting it. The output is a decision and a data-room request list, not a forecast.
The method for this route specifically — not the architecture of the platform. Four questions answered from public and early project information, together testing whether an idea is ready to advance, or what has to be resolved first.
Does the project fit within the existing approval pathway, or does it trigger new issues around disturbance, MMP / licence variation, water, fire, heritage, biodiversity, closure or ownership chain?
Where could PV, BESS, PCS and interconnection equipment realistically sit, and what constraints are visible from public maps, mine layout, watercourses, roads, pipelines and closure areas?
How would PV, BESS, diesel generation, PCS, EMS and mine loads connect, and what SLD, genset, switchboard, control, metering and load data is required before reliability can be assessed?
Which commercial structure is worth validating, and what must be proven before the project can move toward EPC pricing, term sheet, lender model, CP mapping or financial close preparation?
A public-information desktop Pre-DD screen for a remote mine hybrid-energy case. It tests whether a 60% renewable diesel-PV-BESS hybrid pathway is more useful than a short-life standalone case or a 100% renewable upper-bound case, combining financeability, public map interpretation, candidate energy zones, approval delta questions, microgrid boundary questions and owner data-room requirements.
The screen frames the project across F1 approval delta, F2 site suitability, F3 microgrid boundary and F4 financeability readiness. S4 is the scenario selected for further validation — not a final design or investment recommendation.
Figures and zones are indicative, public-information outputs. They must be validated against owner data, specialist DD and hourly dispatch modelling before any decision.
Three structured outputs from one screen, written for different readers and different stages of the conversation. The asset route produces its own set, described on the platform page.
For public websites, first conversations and non-confidential sharing.
For first owner / sponsor discussions.
For turning uncertainty into action.
The worked case is published in full — findings, figures, evidence grades and open questions. The underlying PDF reports name the asset, so they are available on request rather than as public downloads, and the detailed site-specific siting maps are not published at all. All figures are indicative public-data outputs.
The evidence platform
Everything above runs on the same analytical engine, which links the evidence that normally sits in separate places: company, facility, project, energy, emissions, grid, technology, approval and capital. Linking them is what lets a policy question, an investment question and an asset question be answered from one consistent account rather than three unrelated ones.
Structured asset, project and lifecycle context assembled from public information and agreed inputs.
Site, network-distance and constraint context with stated coordinate precision and clear limits.
Model inputs carry their evidence status; screening results are labelled as screening, never overstated.
Repeatable reports that keep gaps, limitations and the owner-data request list visible.
Two different numbers appear on this site and they mean different things. Around 8,000 industrial sites are mapped as background context, which is what lets a single operation be placed against its network, its neighbours and its sector. A much smaller number have been analysed in depth — that count, and what it covers, is on the record page. Neither is a database you can query.
Point of view
A model is not a project, and a number without a source is not evidence. Whatever question arrives next — a policy exposure, an investment screen, a facility position — it is answered from the same record, built the same way, and the answer says plainly what it could not establish.
About
Heliovulcan is an independent industrial intelligence practice working across Australian industrial assets, energy and emissions, policy and regulation, and project and investment questions.
The work starts from the same question every time:
What can actually be shown from the public record — and what cannot?
That covers facility-level energy and emissions analysis, market and sector reconciliation, public-information project screening, hybrid energy systems, PV+BESS feasibility, and financeability assessment for industrial and remote energy users.
The objective is not to replace detailed engineering, environmental studies or bank-grade due diligence. It is to identify critical questions early, narrow the pathway, and help owners, investors and policy readers understand where the major risks and opportunities are likely to sit.
The approach combines technical modelling, project-finance thinking and structured due-diligence frameworks to provide an independent early view of complex industrial energy questions.
Experience is described by field rather than by client or confidential project name.
Discuss a question
Heliovulcan is open to discussions around industrial, energy, emissions, policy and investment questions where independent evidence or analysis may be useful. There is no form to fill in and nothing to choose from first — a short, non-confidential exchange is usually enough to establish whether the public record can answer a question at all, which is the only thing worth knowing at the start.
Some of that work stays open and gets published here. Some of it is commissioned. Which one a question turns into is worked out in the conversation, not decided in advance.
Whatever the question, the shape of the answer is the same, and so are its limits.
None of this is needed to start a conversation, and a research, sector or policy question needs none of it at all. But for a specific site, these five make a first read much sharper: site type; annual electricity use or diesel consumption (approximate is fine); current energy or fuel cost; rough load pattern; and the decision you are actually facing.
No confidential engineering files are required to begin.
Heliovulcan provides independent research, evidence assembly and early-stage screening and decision support. It does not provide EPC design, certified engineering, legal, tax, financial-product or investment advice, regulatory representation or lobbying services, and its outputs should be independently verified before investment or construction.
