Terry Perles
Analyst · CIBC. Bryce please go ahead
Thanks Ernest. I would like to start just looking back over 2018 and a bit of a recap on where we've been. Looking at 2018, vanadium production totaled just more than 89,000 tons of pure vanadium, while consumption of vanadium was about 97,000 tons of pure vanadium. So, in this year, 2018, we saw a significant deficit and global inventory drawdown. In 2018, vanadium prices as reported by Metal Bulletin publication in-warehouse Rotterdam duly on offtake basis started the year at $9.75 per pound of V2O5 and peaked at $29.15 per pound of V2O5 in mid-November before falling to $15 per pound of V2O5 at Christmas. Then from January to late March 2019, prices rose from $15 to $17.75 per pound of V2O5 for a second downward move in the market began leading the price down to today's levels, Ernest mentioned of $8.45. Fundamentally, vanadium production continues to lag demand, and the situation is expected to persist for several years. Given the fundamental situation, the market right now is very difficult to explain. Clearly, the data shows that there's not a tremendous amount of support for vanadium prices above $15 per pound of V2O5. At very high levels above $15, we start to see some loss of market due to substitution, and we also see some high-cost new sources of production coming to the market. For example, the Chinese stone coal mines and energy fields extracting vanadium from their retention ponds. So, the price move from $29.15 in November down to $15 was not a surprise, although the speed of which the downward move occurred was a bit of a surprise. During the second half of 2018, Chinese steel mills built inventory vanadium in advance of the implementation of the new standards effective November for high-strength rebar, and this pressure helped push the vanadium price up to a very high level. In November and December with vanadium prices at extremely high levels and the mills having built some inventory, spot buying was very weak in China. We have a very opaque market here, and some people interpreted the weak spot business as a reflection of the Chinese mills ignoring the new rebar standard, and I believe this perception caused the price to move back down very rapidly by Christmas to the $15 level. What we can't see from the data is when we have an environment where consumption is ahead of production, vanadium prices of $15 have a very strong support level, but what we saw now, January through March, we saw the price rise from $15 to about $17 on the back of, again, tight market situation before we saw the price suddenly start to collapse again. In late March, it became apparent that the Chinese steel mills were not ignoring the new standard as evidenced by rise in imports of niobium which is the substitute for vanadium in some cases in this application. Significant increase in niobium imports led to a second industry rumor. Obviously, the standard was not being avoided or ignored or there would not have been an increase in niobium imports, but the high import levels of niobium in January led some people to believe that niobium would completely replace vanadium and high-strength rebar. It's clearly my view that this speculation is incorrect. Metallurgically, that's an impossible outcome, and I think that this misperception is what pushed the price down to the point we have now. If you look at -- just very briefly looking at metallurgy, both niobium and vanadium impart higher strength on steel, but they do it through very different metallurgical mechanism. Vanadium is very predictable, it's very easy and it is the best solution for this application. In some cases if we have the right metallurgical understanding, if we have a reheat furnace with the ability to get billets up to 1,200 degrees C, if we have a high-powered rolling mill and if we're producing rebar smaller than 25 millimeter diameter, it is theoretically possible to use niobium rather than vanadium. The use of niobium requires a controlled rolling practice that leads to higher energy usage, lower throughput through the mill and will result in higher quality issues, but it can be done in some cases. So, we really need to understand is what's going on in terms of niobium and vanadium consumption in China. If we look at the latest data available, it will suggest that in grade 3 rebar, 38% of the rebar is 25 millimeters in diameter or larger and, therefore, cannot be produced with niobium due to the metallurgical limitations. It's also the case of grade 4 and grade 5 high-strength rebar, China must use vanadium. There's no question about it. So, the new standard has an effect on two things. It's eliminated loopholes that allowed people to quenched and tempered steel into this market advertised as grade 3. The quenched and tempered steel does not meet the standard for elongation and will not perform well in seismic activity. And when this use of illegal quenched and tempered steel was discovered, a research project by the Chinese Iron & Steel Research Institute was initiated and it was discovered that there were some mills of quenched and tempered steel sending it into the market calling it grade 3. And a revision of the standard is designed to solve that problem. Last year, in China, we had about 40 million tons of grade 2 rebar. The revised standard eliminates grade 2 rebar. And now, in theory, all of that grade 2 rebar must be produced to meet the grade 3 standard. The revised standard also eliminates the possibility of sending quenched and tempered steel into this market. We don't know how much quenched and tempered steel went into the market last year, but circumstantially, it looks like about 10,000 tons of vanadium consumption per year have been impacted by the use of quenched and tempered steel in this market. So, we fully anticipate that, today, the mills have started consuming more vanadium, that the grade 2 and the quenched and tempered steel is going to be -- is being replaced by steel with -- with either vanadium or niobium. As we go through the numbers and if we make the rather extreme assumption that half of the grade 3 rebar could be produced using niobium, we come up with an analysis that suggests vanadium consumption in China should increase from 36,000 tons of pure vanadium in 2018 to 44,000 tons of pure vanadium in 2019. At the same time, niobium consumption in China is forecasted in this scenario to rise from 25,000 metric tons of pure niobium to 40,000 metric tons of pure niobium. The fact that China produces almost no niobium means that imports are a very good proxy for consumption. Import data is readily available, so it's easy to see the growth in niobium imports and therefore, niobium consumption in China. Far less obvious is the impact of the new situation on vanadium consumption, given the fact that China is historically a net importer of vanadium. So the internal supply/demand changes are not readily available -- visible. Today, in China, rebar productions reached a historical high point. Inventories of vanadium that built at mills in late 2018 are being depleted. It's my view that both consumption of vanadium and niobium are occurring at record levels in Chinese steel mills. We do believe that once the mills have exhausted the inventories built of late 2018, we're going to see a significant increase in buying from the Chinese steel mills. We do believe that we're going to see the price very soon move back above this $15 per pound of V2O5 support level. And we do think that there's going to be a very turbulent environment today -- in China this year given the situation. Also, it's important to note that, today, vanadium prices in China are below niobium prices, and in that situation, there's no incentive to deal with the operational issues associated with using niobium in this application. In Western markets, we're also seeing a very weak market. In fact, we now have prices in the West that are below Chinese prices. It's a very unusual situation. I think the very high price in the end of last year did result in some substitutional loss of market share in the West, and as a result of that, the major suppliers, particularly to Europe, are facing a situation where offtake from contract customers is not as high as they anticipated, and so they're dealing with a problem of placing the last few percent of their production into a relatively thin spot market, and that has caused the western price substantially move a bit below the European -- below the Chinese prices. It's unusual given the fact that outside of China, there's an annual deficit of about 8,000 tons of V and so normally the availability in prices of Chinese exports drive the Western markets. So, today we're in a position where vanadium and niobium are basically at par in terms of their cost for the steelmaker. We do look for some rebar producers who moved to niobium in second half of 2018 to come back. The inventories of rebar in China are declining. Rebar production today in China has reached the high point. It's more than 20% above the levels we saw in mid-February. And so the inventories of vanadium at the steel mills are being rapidly depleted and we do expect to see these mills coming back in, in a big way to start sourcing more vanadium. So, in summary, we do think we have a very opaque market here. It's very difficult to understand what's going on, and in this environment, rumor can take on the life of its own and we do believe that the perception that niobium will replace vanadium and high-strength rebar is causing the current weakness in the market. And we expect that very soon the market is going to wake up to the fact that the consumption of both vanadium and niobium are increasing dramatically in China. And with that, I think I'll turn it back over to Alex.