An interactive reconstruction of the furnace, ration and body-fuel arithmetic.
Could the Auschwitz furnaces have done it?
The orthodox account says about 1.1 million people, roughly a million of them Jews, were killed at Auschwitz and that their bodies were disposed of there. The furnaces that actually existed were ordinary coke-fired Topf muffles, designed and documented for one corpse at a time. This page lets you grant the most generous readings — multi-corpse loads, round-the-clock firing, fat corpses used as fuel — and still watch the arithmetic fail.
The furnace figures come from Carlo Mattogno and Franco Deana, The Cremation Furnaces of Auschwitz (PDF).
How to use this tool: start from the defaults and read the result. Then change the fields marked with an orange bar — the ones a defender of the claim would argue about: hours per day, calories, body weight, months of hunger, how much of a corpse's heat the next corpse can steal (one net figure, defaulted to a generous 20 percent in the claim's favour). Dotted fields and figures have a source — hover one to see it. The coke figures and the furnace counts are measured; move them only if you think the measurement is wrong, and the result will show you what that costs.
Furnaces Who arrived Rations What the bodies could burn The ceiling & the stacking question
The result, with your current settings
How food factors in
The furnace math and the food math are one claim tested twice: the intakes that leave a body fat enough for an overlapping cremation are several times the rations the same account says were issued — defaults generous enough to keep the furnace story alive are already fatal to the ration story.
1. What was actually built
Birkenau had four crematoria: II and III with five triple-muffle Topf furnaces each (30 muffles), IV and V with one eight-muffle furnace each (16). The old main-camp crematorium — three double-muffle furnaces — was shut in July 1943 and is not what the mass-disposal claim depends on, so the ceiling below counts only the 46 Birkenau muffles.
Duration is coke per corpse divided by how fast the grate can actually burn coke — about 33.3 kg an hour for a practical hearth. A double-muffle has two hearths, a triple-muffle two hearths shared by three muffles, an eight-muffle four. You cannot “turn the coke up” without a stronger chimney draft, and a stronger draft lengthens, rather than shortens, the cremation — which is why the lean corpse takes longer: it contributes less of its own heat, so more coke, and therefore more grate-time, has to be spent on it.
The corpse these figures describe
Every corpse property the page uses is set here: the male reference mass and height, the sex blend, and the child share — plus the extra-fat grant, which lives above the fat table in section 4. Everything downstream updates live as you type: the fat table, the class boundaries, the mix gap, the nine coke boxes and the ceiling. The page defaults to the Orthodox-aligned settings (62 kg, 164 cm, blend on, children at a fifth); the two buttons below type Mattogno's exact baseline or restore those defaults in one click.
One male corpse at three masses — the mass set here, at 100 / 78.6 / 57.1 percent of it (62/48.7/35.4 kg at the default) — not three builds. The classes and the coke table follow live.
He gives no height; 170 cm is his neutral build. Shorter build = fatter corpse: live in the fat table, the section-5 credit and the coke table. Entries are held to the 150–190 cm band: a 10 cm "corpse" is clamped to 150, not granted — a fixed mass at that stature describes no real body, the BMI re-read stops meaning anything, and 150 cm is already the control's maximum grant, (170÷150)² ≈ ×1.28 on the fat shares.
Kubica’s fifth; type 0 for adults only. Children enter the ceiling as muffle-time, visible in the "This load" row of the hours table: at 20% of the load and half mass, the average cremation shortens by a tenth and the ceiling rises accordingly — the generous read, and the one the measured record supports (Père-Lachaise: children ~39 min vs adolescents ~61). The coke table stays adult: Mattogno has no child figures, and his formulas extrapolated to 20–35 kg bodies invert, making small corpses slower than adults.
Applied per class: a lean child is half a lean adult. Fat scales with the mass.
Coke per corpse, kilograms
The nine boxes follow the corpse block above automatically, live. Mattogno's own baseline — his 70 kg, 170 cm, male-only corpse — reads 23.3 / 27.8 / 32.3 kg on the double muffles (the “Mattogno's defaults” button restores it exactly); at the default Orthodox-aligned settings they hold the granted figures for the measured population instead. The boxes can still be overtyped by hand, until the next change above. Raising the kilograms makes each cremation longer; raising the hearth rate is the only edit here that helps the claim — a coke grate cannot be sped up without starving the muffle of draft. The eight-muffle column is the design value, not a measured saving from stacking bodies.
A triple-muffle shares its two hearths among three muffles; an eight-muffle furnace has four. Every box above carries its own dotted source — hover one.
Hours per corpse, from those figures
| Corpse | Double | Triple | Eight-muffle | Muffle-weighted |
|---|
Weighted by the 6 + 30 + 16 muffles that existed, not by pretending the three furnace types were equally numerous. The three class rows are the adult figures; the This load row mixes them by the arrival mix and scales by the child share and child mass — ×0.90 at the default 20% children at half mass. A normal adult corpse is about 45 minutes, a lean one about an hour — the same order of magnitude Topf’s own engineers, and the Gusen and Westerbork cremation lists, actually recorded.
How long could the furnaces actually run?
Twelve hours is the documented day: the grate had to be cleared of slag overnight or the draft died. Type 24 to grant round-the-clock firing. The day counts already assume every furnace that could run did run, and they omit the blower and refractory failures in the building files.
— muffle-hours available.
A lining of this class lasts about 2,000 cremations, then has to be torn out — that count is the brick ceiling, and nothing is fired past it. As the fireclay thins and cracks, heat leaks into the shell, so the last 10% of whatever number you set here takes steadily longer, up to twice as long, and the muffle then stops (an expected progression into failure, not a measured stretch). No relining campaign is in the construction files, so a higher number is a gift. Two corpses in one muffle nearly double the heat load on the same brick, so stacking spends the lining sooner; it does not add a muffle.
Once a muffle has used the cremations above, that grate is dark for the rest of the day count; a replacement adds its cremations and then takes these days back out. Gusen is the only documented rebuild of this class (about two weeks, above); none is in the Auschwitz construction files, so the default grants none.
2. The people were not a uniform load of fat adults
Of the Jews deported to Auschwitz, the museum’s own country table is roughly three-tenths Polish, three-tenths from the rest of Europe, and four-tenths Hungarian — almost all of the last group in eight weeks of May–July 1944. Helena Kubica’s museum count is about 216,300 children and adolescents under fifteen, about a fifth of Franciszek Piper’s 1,095,000 deportees (Auschwitz Museum, children; Mattogno, §9.3.6) — and already the high side, since teenagers old enough to be selected for work sit inside her figure and outside the unregistered dead. This precision matters because a furnace does not cremate “a victim”; it cremates a body of a certain mass, water content, and fat content.
Where the “other countries” weight comes from
The months below are a weighted average over the eleven countries for which an orthodox count of Jews actually sent to Auschwitz exists. Those counts come from Franciszek Piper’s country table, as repeated by the Claims Conference Auschwitz timeline: France 69,000, the Netherlands 60,000, Greece 55,000, the Protectorate 46,000, Slovakia 27,000, Belgium 25,000, Germany and Austria together 23,000, Yugoslavia 10,000, Italy 7,500, Norway 690 — about 323,000 people. Hover a cell for the timing judgment and the source.
Weighted by those arrivals, the average is about 0.81 years under anti-Jewish economic restriction before captivity, then about 0.67 years in a ghetto, transit camp, or labour service — about 1.48 years, or roughly ten and eight months. France, the Netherlands, Greece, and the Protectorate carry most of that average.
The year columns are timing judgments, not measured diets: they answer only how long the restriction had already been running when the Auschwitz trains left — Germany the long case, from 1938; Italy barely started before the German occupation of September 1943. None of it is load-bearing: the months below are editable.
| Country | Sent to Auschwitz | Share of this group | Restriction, years | Captivity, years |
|---|
3. The food bottleneck: the overlap story needs fat the rations never supplied
This is the second failure, and it is independent of the grate math. Overlap only shortens a cremation if the first corpse has heat to give, and lean tissue is mostly water. The only way to keep the bodies fat enough for overlap to matter is to feed them several times the ration the same narrative says they were given. Raise intake until the weight loss stops, and read the checks in the result box: you have just abandoned the starvation story in order to rescue the furnace story.
What the narrative says they ate
Warsaw, official ration from 1941: about 184 kcal a day. Higher Polish-ghetto estimates: 600–800. Non-Jewish Poles in the same city: about 700. Germans there: about 2,600. Camp meals, on the orthodox account: about 1,300, and that is said to have killed in three to six months. These are not this page’s accusations. They are the prosecution’s own ration figures.
What a body needs before it can be fuel
An inactive adult burns about 1,460 kcal/day at rest in these populations — the Resting-baseline field in the ration card below, set under the general adult average of about 1,560 because these populations ran smaller in body size and mass; about 1,310 once the child share is counted. The activity day below adds about 2,200 kcal in gross Compendium rates at the derived weight of about 53 kg (about 2,900 at 70 kg): queues, water, trading, labour — the resting burn of those hours is already inside those figures. Below intake minus that total and the rest-hours share of the baseline, the body is losing the fat an overlapping cremation would borrow. Near the official ration, it is dying before the transport leaves.
A kilogram of body fat is about 7,700 kcal (resting energy expenditure). Resting metabolism starts from the Resting-baseline field in the ration card below — 1,460 kcal/day for an inactive adult, set under the general mixed-sex average of about 1,560 (men 1,680, women 1,440) — about 1,310 once the child share — about a fifth of the deportees, at about half an adult’s mass (child energy expenditure) — is counted. Starvation then cuts it adaptively, and the cut is a curve, not a switch, bought by the deficit: in the controlled reanalysis of the Minnesota experiment (American Journal of Clinical Nutrition, 1998), an intake held at ~44% of habitual needs suppressed resting metabolism about ten percent within the first month, about 22 percent by three months and about 25 percent at six — a fast intake-driven drop, proportional to the size of the deficit, that saturates within weeks, while the total reduction a deficit can buy grows only with its depth: about 6–7 points at a 20% deficit, about 14 at the study's 56% (the Warsaw hunger study measured 22 percent: Maladie de famine, 1946, p. 207). Each kilogram lost then trims the next month’s burn by about 11 kcal a day, until the tissue is gone. The card computes that curve for each group from its own deficit and months: an intake only somewhat below needs earns only a small cut, an intake at or above needs earns none.
What a day in a ghetto actually costs
Edit the hours; the weight follows the corpse card automatically. “Locked up, so they barely moved” is not what the ghetto literature says: queues, water, fuel, trading, and labour shifts were the day. The kcal/hour column is MET × the weight field below — lower the weight and every rate in the table falls with it. These are gross rates: each hour’s figure already contains the resting burn of that hour. The four Activity fields of the ration card below track this table automatically — raise the Labour hours and every row's Activity rises with the total, so a longer day is always a harder day. The Resting baseline is charged only for the hours this table leaves uncounted, so no hour is charged twice. Typing a value into an Activity field overrides its tracked value until the next edit here. Camp labour is a separate, heavier day, and it stays where it is.
Derived from the section-1 corpse, live — nothing to type. “Mattogno's defaults” in section 1 lifts it to about 66.5 kg.
| Activity | kcal/hour | Hours | kcal |
|---|
This one field drives every group's Resting figure — nothing else to set.
Warsaw’s official ration is put at 184 kcal from 1941, with the higher ghetto estimates at 600–800, against about 2,613 for the Germans and about 699 for non-Jewish Poles (Warsaw ghetto ration comparison; about 650 elsewhere, wartime home front; all links also in the sources list). The same literature records a smuggling trade the Germans knew of and never sealed, so actual food intake sat above the printed ration — this page therefore does not have to allege a deliberate starvation policy. Camp rations are put near 1,300, and are said to have lasted a prisoner three to six months (camp meals; hunger in the camps). Hungary is the short case, not the mild one: labour conscription of Jewish men from 1939, then “dangerously inadequate” food after the April 1944 ghettoization, with less time for a black market than the big Polish ghettos had. If people ate this well, the starvation story is what fails.
The last column divides your intake by a fixed benchmark per group — Polish ghettos 400, others before captivity 1,800, other captivity and Hungary 800, the camp 1,300 kcal — each the high end of the range that account gives.
| Group | Balance, kcal/day | First month, kg | Change before arrival | Your intake ÷ the stated ration |
|---|
The resting charge in each balance is the Resting baseline for the day's uncounted hours, cut adaptively per the starvation curve described above. The death checks run on the cut figure the group would actually have by departure.
4. Fat is a fuel. These bodies did not have it.
Mattogno’s heat balance, following the civilian engineering literature, assigns a normal 70 kg man with 8.4 kg of fat an upper heating value of about 146,100 kcal; an average 55 kg body, 82,200; a lean 40 kg body with 1.8 kg of fat, 35,600. Each extra kilogram of fat is worth 9,257 kcal, and the lower heating value — what a furnace can actually use — is about 7 percent less. Water dominates the rest: evaporating and heating the body water is the largest single cost of a cremation, which is why a lean, water-heavy corpse is a heat sink, not a briquette. Hover any dotted figure in the tables for the arithmetic. Mattogno sized these classes on a man of about 170 cm; the Reference height control in section 1 re-reads his own fat shares off the shorter builds the measured populations actually had — at fixed class weights — and grants the furnace the difference. The Extra-fat field below widens those same shares further still, in the direction of the claim.
Percentage points on the normal class, tapered to Average (×0.7) and Lean (×0.375) by Mattogno's own ratios. Default 0 — the blend plus the default 164 cm build already puts the normal corpse above the Davies/Mates 14%; a shorter Reference height adds more. The grant's real work is the section-5 overlap credit, where a fatter population lends heat to the next cremation; on single-corpse hours it is deliberately small, because fat eases only the normal class's per-kg fuel half (the full 20 points trim that bill about 6%, roughly two minutes a corpse) and a corpse burns at the speed of its water, not its fat. Its extra mass is deliberately left unpriced — more mass means more water to boil, so pricing it would add coke, and every grant stays in the claim's favour.
| Male kg | Female kg | Mattogno fat | Upper heating value |
|---|
The kilograms are class representatives — midpoints, not edges: each class runs halfway to its neighbours, and the parenthesised band under each weight is the range that class covers at the current extra-fat settings — the lines the mix cards' category shifts move bodies across.
A kilogram of body fat gives the furnace 9,257 kcal. Mattogno’s 12% for the normal 70 kg body is Heepke’s figure, from the cremation-engineering literature (Schläpfer used 10%, Fleck 20%). Davies/Mates 2005 (p. 134) put a typical modern corpse at 14% fat — 1,741 kcal/kg against Mattogno’s 1,697. The composition case — women, the older, the occasional obese body — is already carried structurally by the mixed-sex blend (×1.25 on every fat share, on by default) and the stature re-read; the Extra-fat field above stays available as an optional challenge for anyone who thinks Mattogno’s engineering shares still understate the population. Corpse heat and furnace requirement come from the same heat balance, so the section-5 credit compares like with like. BMI regressions such as Deurenberg’s are fitted to living, weight-stable adults and cannot see weight already lost — the wrong instrument for starved transports, and inferior to cremation-engineering studies.
Timing matters: the fat credits on this card work through the section-5 overlap credit only. A single corpse burns at the speed of its own water, not its fat — so a fatter corpse shortens a cremation one at a time by nothing; it helps only as heat a stacked or following body can borrow.
Measured pre-war bodies: how generous these defaults are
Heights for pre-war European Jews were measured (conscript and physical-anthropology series); weights almost never were, so the figures below are reconstructed as era BMI × height², good to roughly ±3 kg, for adults aged fifteen and over — and they describe bodies before the wartime losses the ration section computes: a 20–30% cut in adult body mass per the Warsaw ghetto hunger study. They are a pre-war ceiling, not an arrival figure.
| Population, age 15+ (men / women) | Mean men | Mean women | 85% of men | Est. fat %, pre-war (men / women) |
|---|---|---|---|---|
| Polish Jews, ≈3.0 M (≈163 / ≈152 cm) | ≈58 kg | ≈52 kg | 45–72 kg | ≈16–19 / ≈27–31% |
| Hungarian Jews, ≈0.8 M (≈166 / ≈155 cm) | ≈62 kg | ≈57 kg | 50–78 kg | ≈16–19 / ≈29–32% |
| All Europe later under German control, ≈8.7 M (blended) | ≈60 kg | ≈53 kg | 46–74 kg | ≈16–20 / ≈27–31% |
| Western Europe only, ≈0.9 M (≈168 / ≈157 cm) | ≈66 kg | ≈58 kg | 51–81 kg | ≈17–21 / ≈28–32% |
Why this "Est. fat %" column sits above "Mattogno fat": it estimates total lipid — essential included (about 3% of a man, about 12% of a woman) — while the engineering coefficient covers fuel fat only, and adipose itself is ~80% lipid. The engineering literature spans 10–20%; the defaults grant ≈16.1% on the normal class. The record moves the class mix, not the fat column.
Fat and mass, separately. Fat: the measured men carry roughly 10–13 kg, against the grant the blend and the default 164 cm build put on the normal class — every shorter build grants more. Mass: the same men weigh 58–66 kg against Mattogno's 70 kg normal frame — the yardstick his furnace figures were computed on — so the class shares below put most men in Average, not Normal, before any wartime loss; the Polish men sit lowest, the Hungarian and Western means nearest the Normal boundary. Classifying the means against a smaller frame would read the record as fat: the yardstick is Mattogno's, and the suggested mixes keep it.
The blended row hides wide spread among the ≈4.9 M outside Poland and Hungary — Soviet Jews ≈57 kg men / ≈51 women, Central European ≈62 / 56, Western ≈66 / 58.
Stature and BMI sources for the table above
Heights: Polish conscript cards and Kopczyński’s interwar conscription analyses (University of Warsaw project; Journal of Interdisciplinary History; Kopczyński, Econ. Hum. Biol.), cross-checked against Fishberg’s by-country stature tables — Polish Jewish recruits 161.3 cm, Polish Jewesses 150.6 cm, Hungarian Jewish recruits 163.3 cm (Jewish Encyclopedia, “Stature”; Fishberg, The Jews); the Hungarian series (Bolgár; Gyenis & Joubert; Hungary by birth cohort); other heights (OWID, height by year of birth). BMI baselines: Polish conscripts ≈21.2–21.5 (Econ. Hum. Biol.), Swiss conscripts 1904–1932 in the low 20s (Swiss series), Western populations (NBER, British heights; Canadian WW2 enlistees) — regional means ≈21.5–22 Eastern, ≈23 Central, ≈23.5–24 Western.
These are pre-war, not arrival, shares: the months above and the camp card do the wartime shifting. The Polish row is the big correction — the longest restriction behind it; the Hungarian row barely moves.
| Group, pre-war adults | Suggested (Normal / Average / Lean) — these are the defaults below |
|---|
Two limitations, both bounded. (1) The classes are mass classes: a 58 kg man stays Average, and a by-BMI reading would lift the Polish row's Normal share — the other rows barely move. The page classifies by mass because every furnace number stands on Mattogno's mass classes; the stature concession is already returned on the fat side. (2) Mass classification cannot see composition: bodies at these builds carry roughly 17–22% fat against the Average representative's 8.4% base (10.5% with the blend). The blend, the Reference height and the Extra-fat grant bound that in the claim's favour — a shorter imagined build, the ×1.25 female-fat share and one typed knob are all fatter corpses, granted automatically or in one field. If the shortfall survives even that, it was never resting on stature or composition.
Each mean above is classified live against Mattogno's published class frames — 62.5 / 47.5 kg male boundary, 50 / 38 female — moved only by the Extra-fat grant. At the default settings that reads roughly 45 / 52 / 4 for Polish Jews, 73 / 26 / 1 for other countries and 67 / 32 / 1 for Hungarian Jews — the starting values already typed into the mix cards below, and re-seeded whenever the class settings change.
Who was still “normal” on arrival?
These are the pre-war mixes, before the weight change above. People move down a category in proportion to the kilograms lost, and the distance from a normal body to a lean one is the ruler. Losing that many kilograms leaves the lean class, not a lighter version of the normal one. The starting values below are re-seeded from the measured record whenever the class settings change, and they are computed against Mattogno's published 70/55/40 kg frames — the yardstick his furnace figures describe — so the shares do not move with the reference corpse in section 1: only the Extra-fat grant, which changes the class weights, moves them.
Polish Jews, pre-war mix
Other countries, pre-war mix
Hungarian Jews, spring 1944
After the months above
And camp selection made the registered half thinner, not fatter
On the orthodox account, most of the 1944 Hungarian transports were killed on arrival and a large minority of earlier transports were never registered. Those bodies escape the camp diet; everyone else does not. The earlier group is also the one the 1942–43 throughput letters were written about, and on these months it is the leanest.
The camp row uses the Child share and Child mass controls in section 2 — by default a fifth of each group at half adult mass, the same figures every ration row uses. Selection kept children out of the registered camp population, so granting the camp row that child discount is the generous direction.
5. The ceiling — and why several corpses per muffle cannot raise it
The ceiling below gives each muffle cycle one body — the single-corpse loading that the furnace design, Topf’s operating instructions, and the testimony all describe. Can stacking several corpses per loading raise it? That is the only way the 28 June 1943 letter — four corpses per muffle per hour — could be real, and §9.2 of The Cremation Furnaces of Auschwitz is Mattogno’s answer, applied in §9.6: capacity is set by the heat available, the heat the load must absorb, and the design thermal load — not by how many bodies fit through the door. Doubling the load roughly doubles, on his heat balance more than doubles, the cycle; throughput does not rise and can fall.
- Design, instructions, and practice were one corpse at a time. Muffle, ash grate, and gas path were sized for a single body; Topf’s instructions introduce bodies successively, and the firm supplied numbered fireclay markers — one per corpse. Civilian crematoria banned simultaneous cremation outright, so there was never a measured practice to copy and no experimental multi-corpse data exist anywhere.
- The two closest measured cases show no gain. Westerbork: an adult occasionally cremated with a small child stretched the average cycle 14 percent, 50 to 57 minutes (§9.2.2) — and the attendants never tried two adults. Gusen: a backlog, Topf’s technician Willing on site, every incentive to double-load — yet 677 corpses in at least 13,290 furnace-minutes read as singles at 40 minutes or doubles at 80, the same throughput (§§9.2.1–9.2.2). Time tracks mass: Père-Lachaise children under nine took about 39 minutes, adolescents about 61.
- The heat balance breaks twice. Evaporation is the largest single cost, and a second corpse doubles it: that water, vaporized in the same half hour, costs about 79,700 kcal more per muffle, dropping an 800°C wall to about 535°C — under the 600°C carbonization floor (§9.2.4). Combustion: refractory caps the chamber at about 150,000 kcal per cubic metre per hour, and one normal corpse peaks near 142,000 (§9.2.5) — a one-hour double load runs near double the permissible load, a two-hour one just spends the hour. Extra bodies also choke the gas path and kill draft (§9.2.4); hence Mattogno’s conclusion, stronger than “no faster”: time rises “considerably more than by the simple factor contributed by the number of corpses.” Either way the lining — about 2,000 cremations per set — is spent sooner: stacking spends brick, it does not add muffles.
- What the documents record. Sander of Topf, 14 September 1942: multiple loading, tried as a makeshift, “does not solve the basic problem” (§§7.4.1, 9.2.3). Kori to Majdanek, 4 February 1944: abandoning individual introductions is a fuel saving — about 12.5 kg of coke per corpse — not a shorter cycle; Kori’s own 10 cremations per muffle per 12-hour day implies an hour each. Mussfeldt, who ran Majdanek’s new crematorium, testified to one corpse per muffle, one hour (§9.2.3, p. 321). The enormous Soviet-expert capacities reverse it — single-corpse cycle times, at claimed 1,200–1,500°C never measured, reassigned to loads of four to twelve — three Stutthof furnaces made equal to six Sachsenhausen (§9.3.4).
Multi-loading ruled out, the 28 June 1943 Zentralbauleitung figures are technically impossible: they follow arithmetically from the 30 October 1941 explanatory report’s four corpses per muffle per hour — the exact multiplier the heat balance rejects (§9.6; Pressac made the same connection). Open-air pits are a different, worse claim — no grate, no controlled draft, no measured fuel — not calculated here: if the installations designed, built, fuelled, and repaired cannot carry the number, a ditch cannot be asked to carry the rest by assertion.
What the ceiling does grant is the milder retreat: the next body borrowing heat from the last. A corpse cannot return heat it does not contain, nor at better than the efficiency of a brick box full of water vapour — and the bodies the multi-corpse letters describe, the earlier transports, were the leanest, with little heat to lend. The slider below nets that borrowing against every multi-corpse loss; Mattogno’s §9.2 arithmetic puts the honest figure at zero or below, so even the default one-fifth is a deliberate gift. It is not a second furnace.
At 0% nothing is credited: every muffle cycle burns one corpse alone, and the ceiling above is the documented one-corpse baseline.
A smaller claim changes the percentage only. The ceiling stays where the furnaces put it.
| Share of bodies | Heat in the body | Heat the furnace must supply |
|---|
| Case | Hours per corpse | Cremations, whole life of the furnaces | Share of the claim |
|---|
Summary live
The page in three lines, computed from the settings as they stand — change any input above and these move with it. Hover a dotted figure for where it comes from.