Environmental Clean Technologies Ltd (ECT) - Cash Flow Conversion Efficiency

Latest as of December 2025: -0.043x

Based on the latest financial reports, Environmental Clean Technologies Ltd (ECT) has a cash flow conversion efficiency ratio of -0.043x as of December 2025. Cash flow conversion efficiency measures how effectively a company's net assets (equity) generate operating cash flow. It is calculated by dividing operating cash flow (AU$-946.60K ≈ $-669.78K USD) by net assets (AU$22.07 Million ≈ $15.62 Million USD). A higher ratio indicates that the company is more efficient at using its equity to generate cash flow from its core operations. See debt-free asset ratio of Environmental Clean Technologies Ltd to measure how much of total assets are equity-financed.

Environmental Clean Technologies Ltd - Cash Flow Conversion Efficiency Trend (2001–2025)

This chart illustrates how Environmental Clean Technologies Ltd's cash flow conversion efficiency has evolved over time, based on yearly financial data. Check earnings quality score of Environmental Clean Technologies Ltd to evaluate the quality of earnings relative to operating cash generation.

Environmental Clean Technologies Ltd Competitors by Cash Flow Conversion Efficiency

The table below lists competitors of Environmental Clean Technologies Ltd ranked by their cash flow conversion efficiency.

Company Cash Flow Conversion Efficiency
Kafein Yazilim
IS:KFEIN
0.024x
Heritage Global Inc
NASDAQ:HGBL
-0.032x
Lotte Chilsung Beverage Co Ltd
KO:005305
0.033x
King River Resources Ltd
AU:KRR
-0.015x
Speed Rabbit Pizza SA
PA:MLSRP
N/A
Bantas Bandirma Ambalaj Sanayi ve Ticaret AS
IS:BNTAS
0.241x
Cyclone Metals Ltd
AU:CLE
-0.088x
Memscap Regpt
PA:MEMS
0.048x

Annual Cash Flow Conversion Efficiency for Environmental Clean Technologies Ltd (2001–2025)

The table below shows the annual cash flow conversion efficiency of Environmental Clean Technologies Ltd from 2001 to 2025. For the full company profile with market capitalisation and key ratios, see Environmental Clean Technologies Ltd market cap and net worth.

Year Net Assets Operating Cash Flow Cash Flow Conversion Efficiency Change
2025-06-30 AU$860.12K
≈ $608.59K
AU$-1.02 Million
≈ $-724.90K
-1.191x -50.39%
2024-06-30 AU$3.42 Million
≈ $2.42 Million
AU$-2.71 Million
≈ $-1.92 Million
-0.792x -70.41%
2023-06-30 AU$3.43 Million
≈ $2.43 Million
AU$-1.60 Million
≈ $-1.13 Million
-0.465x -39.51%
2022-06-30 AU$7.05 Million
≈ $4.99 Million
AU$-2.35 Million
≈ $-1.66 Million
-0.333x +47.63%
2021-06-30 AU$1.32 Million
≈ $935.37K
AU$-840.89K
≈ $-594.98K
-0.636x +68.99%
2020-06-30 AU$880.93K
≈ $623.31K
AU$-1.81 Million
≈ $-1.28 Million
-2.051x -227.28%
2019-06-30 AU$-2.02 Million
≈ $-1.43 Million
AU$-3.26 Million
≈ $-2.31 Million
1.612x +260.93%
2018-06-30 AU$4.33 Million
≈ $3.06 Million
AU$-4.33 Million
≈ $-3.07 Million
-1.001x -107.01%
2017-06-30 AU$4.69 Million
≈ $3.32 Million
AU$-2.27 Million
≈ $-1.61 Million
-0.484x -113.90%
2016-06-30 AU$6.05 Million
≈ $4.28 Million
AU$-1.37 Million
≈ $-967.61K
-0.226x -3.47%
2015-06-30 AU$7.18 Million
≈ $5.08 Million
AU$-1.57 Million
≈ $-1.11 Million
-0.219x +39.74%
2014-06-30 AU$4.60 Million
≈ $3.25 Million
AU$-1.67 Million
≈ $-1.18 Million
-0.363x +59.25%
2013-06-30 AU$4.38 Million
≈ $3.10 Million
AU$-3.90 Million
≈ $-2.76 Million
-0.890x -334.27%
2001-06-30 AU$11.07 Million
≈ $7.83 Million
AU$4.21 Million
≈ $2.98 Million
0.380x --

About Environmental Clean Technologies Ltd

AU:ECT Australia Pollution & Treatment Controls
Market Cap
$36.80 Million
AU$52.01 Million AUD
Market Cap Rank
#23050 Global
#864 in Australia
Share Price
AU$0.13
Change (1 day)
+0.00%
52-Week Range
AU$0.00 - AU$0.19
All Time High
AU$0.22
About

Environmental Clean Technologies Limited engages in the research, development, and commercialization of technologies for energy and resource sectors in Australia. Its technologies include COLDry, a low temperature and pressure drying method for high moisture content feedstocks; COHgen for low emission hydrogen production from lignite; HydroMOR, a lignite-based iron making technology; and Catalyti… Read more