Xiongan Kerong Environment Technology Co Ltd (300152) - Cash Flow Conversion Efficiency
Based on the latest financial reports, Xiongan Kerong Environment Technology Co Ltd (300152) has a cash flow conversion efficiency ratio of -0.002x as of June 2023. 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 (CN¥-959.90K ≈ $-140.46K USD) by net assets (CN¥392.46 Million ≈ $57.43 Million USD). A higher ratio indicates that the company is more efficient at using its equity to generate cash flow from its core operations. Also see market cap of Xiongan Kerong Environment Technology Co for the company's overall valuation and market capitalisation.
Xiongan Kerong Environment Technology Co Ltd - Cash Flow Conversion Efficiency Trend (2007–2024)
This chart illustrates how Xiongan Kerong Environment Technology Co Ltd's cash flow conversion efficiency has evolved over time, based on yearly financial data.
Xiongan Kerong Environment Technology Co Ltd Competitors by Cash Flow Conversion Efficiency
The table below lists competitors of Xiongan Kerong Environment Technology Co Ltd ranked by their cash flow conversion efficiency. Explore Xiongan Kerong Environment Technology Co (300152) cash earnings ratio to measure how well operating cash flow supports reported net income.
| Company | Cash Flow Conversion Efficiency |
|---|---|
|
FineTek Co Ltd
TWO:4549
|
0.021x |
|
Aumann AG
XETRA:AAG
|
0.060x |
|
Winpac Inc
KQ:097800
|
0.123x |
|
Nusatrip Incorporated Common Stock
NASDAQ:NUTR
|
-1.597x |
|
CSG Holding Co Ltd
SHE:200012
|
0.023x |
|
SOHO China Limited
F:45S
|
0.005x |
|
Kimteks Poliuretan Sanayi ve Ticaret AS
IS:KMPUR
|
0.157x |
|
Go Fashion (India) Limited
NSE:GOCOLORS
|
0.138x |
Annual Cash Flow Conversion Efficiency for Xiongan Kerong Environment Technology Co Ltd (2007–2024)
The table below shows the annual cash flow conversion efficiency of Xiongan Kerong Environment Technology Co Ltd from 2007 to 2024. View 300152 stock price for real-time trading data and today's change.
| Year | Net Assets | Operating Cash Flow | Cash Flow Conversion Efficiency | Change |
|---|---|---|---|---|
| 2024-12-31 | CN¥240.58 Million ≈ $35.21 Million |
CN¥30.80 Million ≈ $4.51 Million |
0.128x | +1909.44% |
| 2023-12-31 | CN¥321.40 Million ≈ $47.03 Million |
CN¥-2.27 Million ≈ $-332.76K |
-0.007x | -117.80% |
| 2022-12-31 | CN¥396.77 Million ≈ $58.06 Million |
CN¥15.77 Million ≈ $2.31 Million |
0.040x | +127.63% |
| 2021-12-31 | CN¥489.72 Million ≈ $71.66 Million |
CN¥-70.47 Million ≈ $-10.31 Million |
-0.144x | -429.06% |
| 2020-12-31 | CN¥665.38 Million ≈ $97.37 Million |
CN¥29.10 Million ≈ $4.26 Million |
0.044x | +8.10% |
| 2019-12-31 | CN¥873.39 Million ≈ $127.80 Million |
CN¥35.33 Million ≈ $5.17 Million |
0.040x | +185.35% |
| 2018-12-31 | CN¥716.66 Million ≈ $104.87 Million |
CN¥-33.97 Million ≈ $-4.97 Million |
-0.047x | +29.59% |
| 2017-12-31 | CN¥1.51 Billion ≈ $220.61 Million |
CN¥-101.48 Million ≈ $-14.85 Million |
-0.067x | -143.57% |
| 2016-12-31 | CN¥1.57 Billion ≈ $230.28 Million |
CN¥243.14 Million ≈ $35.58 Million |
0.155x | +279.04% |
| 2011-12-31 | CN¥1.36 Billion ≈ $198.88 Million |
CN¥55.40 Million ≈ $8.11 Million |
0.041x | +6.85% |
| 2010-12-31 | CN¥1.32 Billion ≈ $193.44 Million |
CN¥50.43 Million ≈ $7.38 Million |
0.038x | -75.19% |
| 2009-12-31 | CN¥200.37 Million ≈ $29.32 Million |
CN¥30.82 Million ≈ $4.51 Million |
0.154x | -40.05% |
| 2008-12-31 | CN¥148.30 Million ≈ $21.70 Million |
CN¥38.04 Million ≈ $5.57 Million |
0.257x | +70.92% |
| 2007-12-31 | CN¥112.38 Million ≈ $16.44 Million |
CN¥16.86 Million ≈ $2.47 Million |
0.150x | -- |
About Xiongan Kerong Environment Technology Co Ltd
Xiong'an New Power Technology Co.,Ltd. designs, manufactures, and sells boiler ignition and combustion sets of equipment and control systems. It also engages in research and development of membrane products, water treatment products, design and implementation of water treatment systems, and the installation and service of water treatment projects; thermal engineering; hydrogen fuel cell catalyst;… Read more