Ship Emissions Register

Chemical tanker · Norway flag · built 2010

DING HENG 38: CO₂ emissions 2019–2025

IMO 9406726 EU ETS5 reporting years

CO₂ reported 2025
2,201 t
Fuel burned
701 t
Time at sea
653 h
Emitted at berth
3% of total
Share of year under way
7%
Gross tonnage
12,862
DING HENG 38
Estormiz, CC0 · File

Emissions by year2019–2025

Year CO₂ (t) Fuel (t) Distance (nm) At sea (h) At berth (t) kg CO₂/nm EEOI Percentile
2025 2,201 701 — 653 59 295.3 19.3 —
2024 804 256 — 623 24 354.8 457.8 not ranked
2022 5,951 1,897 18,948 1,704 865 314.1 19.9 66
2021 6,315 2,012 20,886 2,139 355 302.4 27.7 80
2019 5,646 1,795 21,056 1,791 310 268.1 27.8 80

Vessel particulars

IMO number
9406726
Previously reported as
STRAUM
Ship type
Chemical tanker
Gross tonnage
12,862
Length overall
163.0 m
Beam
23.2 m
Year built
2010
Flag state
Norway
Builder
Qingshan Shipyard
Port of registry
MONROVIA
Ice class
IA
Technical efficiency (design)
EEXI (7.72 gCO₂/t·nm)
Efficiency ranking
Not ranked: transport work below the floor (2024)
Verifier
Bureau Veritas Certification France, France
Accreditation
3-2047 rév. 1
Compliance document issued
2026-08-10
Compliance document expires
2027-06-30

Reported CO₂ by year

2019: 5,646 t20195,6462021: 6,315 t20212022: 5,951 t20222024: 804 t20242025: 2,201 t20252,201

Between 2019 and 2025 reported CO₂ fell by 61.0%. No return is recorded for 2020, 2023, so the series has gaps.

From 2024 to 2025, emissions rose 173.9% and CO₂ per nautical mile fell 16.8%.Distance was not reported for both years, so activity and efficiency cannot be separated here.

Where the 2025 emissions occurred

At berthAt berth: 59 t59Within EEA portsWithin EEA ports: 59 t59Voyages between EEA portsVoyages between EEA ports: 131 t131Voyages to an EEA portVoyages to an EEA port: 1,563 t1,563Voyages from an EEA portVoyages from an EEA port: 448 t448Laden voyagesLaden voyages: 1,693 t1,693

Methane, nitrous oxide and EU ETS2025

Total CO₂ equivalent
2,235 t
Methane (CH₄)
0.04 t
Nitrous oxide (N₂O)
0.13 t
Under EU ETS
1,195 t, 54% of total

Laden voyages2025

CO₂ on laden voyages
1,693 t, 77% of total
Fuel, laden
541 t
CO₂ per nm, laden
264.7 kg

The share carried on laden voyages separates productive sailing from ballast legs. For tankers, bulkers and ro-ro vessels that split is the operational question; a low laden share means the ship spent much of the year moving empty.

Verifier history

From reporting yearVerifierAccredited in
2019DNVGermany
2022Nippon Kaiji KyokaiJapan
2024Bureau Veritas Certification FranceFrance

A change of accredited verifier is shown because it matters for audit and data continuity. It is not in itself a sign of anything being wrong.

Sources and how to read this

What this page is built on

Reporting years
5
Ranked by efficiency
no
Vessel particulars
5 of 5
Movement data
not observed
Name history
yes
Photograph
yes
Sanctions record
none
Inspection record
none in US waters
Caveats that apply to every vessel page

EEOI above 100,000 is withheld. Those values come from returns where reported transport work is near zero, which makes the ratio meaningless rather than extreme. Median across the dataset is around 12.

Emission categories overlap. In the MRV return, emissions at berth are also counted inside the voyage legs, so the categories do not sum to the total. They are shown side by side rather than stacked for that reason.

Distance is derived, intensity is reported. The MRV return publishes CO₂ per nautical mile but not the distance itself, which is null in all 106,564 rows of the source. The distance column is therefore filled from the ranking step, which reconstructs it, and is blank for years where a vessel was not ranked. That is why a row can show an intensity without a distance.

Percentile is within type and year. It is the vessel's position among qualifying ships of the same type that year, where lower is more efficient. A blank means the vessel did not qualify for ranking that year.

Sister ships share a builder, a type and a build year within two years of this vessel. That holds hull and machinery roughly constant and leaves operation as the variable, which is why they are listed before nearest-by-tonnage.

Methane and nitrous oxide start in 2024. They were not reported before that period, so earlier years cannot be compared against them.

Technical efficiency is a design figure fixed at construction. A vessel can hold a good index and still emit heavily by sailing fast, waiting at anchor or carrying little.

Inspection records cover United States waters only. An empty record is not evidence of a clean history elsewhere.

Empty means unreported, never zero. Nothing here is modelled, estimated or interpolated. See the methodology.

Something wrong on this page? See corrections. We do not hold the source registers and cannot amend them, but we will fix anything we have got wrong in reproducing them.

Comparable vesselssister ships and nearest by tonnage