MY SIMULATOR / POLAND HERITAGE SERIES

TĘŻNIA / TZ–01

CIECHOCINEK, POLANDOFFLINE WEBGL2User guide
01 — CULTURAL ENGINEERING

Brine evaporation & microclimate laboratory

A living model of Polish saltworks, where architecture meets atmospheric physics.

INSPIRED BY
1824 — 1859HISTORIC SALTWORKS
SIMULATION RUNNING
MODEL SECTION 36 M / 15.8 M HEIGHT
⌁
INITIALIZING THE LABORATORYGenerating procedural geometry and simulation fields
01 / TĘŻNIA SOLANKOWAThe art of concentrating brine.WOOD · BLACKTHORN · WIND · WATER
REAL-TIME PROCESS DATA

Process telemetry

ELAPSED 00:00
OUTLET SALINITY
6.00% NaCl

↗ +0.00 percentage points

EVAPORATION RATE
0.0kg/h

Water vaporised into the air

OUTLET FLOW
9.00L/s

Liquid flow after residence

CUMULATIVE EVAP.
0.0kg

Since last reset

Concentration & evaporationSIMULATED HISTORY · LIVE
● NaCl % ● kg/h
MASS BALANCE RESIDUAL 0.000000 kg
THE SCIENCE BEHIND THE STRUCTURE

How does a tężnia work?

Brine is lifted into a wooden distribution channel. It trickles through dense blackthorn branches (tarnina), spreading into a thin film with a much larger air-contact surface.

01FEEDBrine pump
→
02CONTACTBrushwood
→
03EVAPORATEWind + heat

Our finite-film mass balance conserves dissolved salt while moisture escapes. The falling droplets and atmospheric mist correspond to the model state.

POLISH HERITAGE

The real Ciechocinek saltworks include three exceptional graduation towers arranged as a large complex. This scene depicts a representative teaching segment, not their exact geometry.

Explore equations & assumptions
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