Strebel TM65 Embodied Carbon S-ASX-NTi190 Owner's manual

Brand: Strebel

Model: TM65 Embodied Carbon S-ASX-NTi190

Type: Owner's manual

Notes/source

Date of assessment 11-Aug-23

Name of assessor and assessor organisation Mansoor Ahmad (STREBEL LTD)

Contact details of assessor technical@strebel.co.uk

Type of product Air to water Heat Pump

Capacity of equipment/size (kW; m3; litres; etc.) 207 KW at A7 W35

Product weight (kg) 1652

Material % breakdown for at least 95% of the product weight? (Y/N) Yes

Product service life (years) 15

If refrigerant based, type of refrigerant used and GWP R290 (3.3)

Refrigerant charge (kg) 18

Energy consumption of the factory* per unit of product 61 KWh Electricity

Location of manufacture* ITALY

Product complexity category 3See CIBSE TM65 Table 4.3

A1: Material extraction 8261

A2: Transport 1308.38

A3: Manufacturing 82.96

A4: Transport to site 327.1

A5: Construction n/a

B1: Use 17.82

B2: Maintenance (if information given by manufacturer) n/a

B3: Repair 1002.64

B4: Replacement n/a

B5: Refurbishment n/a

B6: Operational energy n/a

B7: Operational water n/a

C1: Deconstruction 0.59

C2: Transport 21.81

C3: Waste processing 20.74

C4: Disposal 4.41

A1–C4 without buffer factor (excluding B1, C1) 11029.04

A1–C4 with buffer factor (excluding B1, C1) 14337.75

B1 (refrigerant leakage during use) + C1 (refrigerant leakage at end

of life)

18.41

Result of 'mid-level' calculation method 14356.16

A1: Material carbon coefficient source TM65 table 2.1 E.g.: Source = CIBSE TM65, Table 2.1

B1: Refrigerant annual leakage rate (%) 2E.g.: Source = CIBSE TM65, Table 4.13 type 2

C1: Refrigerant end of life recovery rate (%) 99 E.g.: Source = CIBSE TM65, Table 4.13 type 2

B3: Materials replaced as part of repair (%) 10 E.g.: Source = CIBSE TM65

C4: Percentage of product going to landfill (%) 30 E.g.: Source = CIBSE TM65

Please provide any relevant details

Information disclosure Select Yes if you agree Notes

I consent that the data in this form may be used for CIBSE research

purposes, our company name will be listed as a research

collaborator in any outputs; however, I will have the opportunity to

remove our company name from the project outputs once receiving

a draft of the research.

I consent that the data in this form may be used by CIBSE in

establishing an embodied carbon MEP database

EMBODIED CARBON OF MEP PRODUCTS — REPORTING FORM — 'MID-LEVEL' METHOD

CIBSE would like to encourage and support analysis into embodied and whole life carbon of building services products and systems in order to address the embodied

carbon MEP knowledge gap. CIBSE has developed a standard methodology for the assessment of embodied carbon, so that embodied carbon data calculated by

different consultants and researchers can be brought together and compared, and thus rules of thumb concerning embodied carbon of MEP systems may be developed.

To facilitate this, CIBSE encourages all consultants and researchers that have carried out embodied carbon calculation in line with CIBSE TM65 to submit their results to

CIBSE using this reporting form to aid research in this field.

Please complete the fields in grey below and email to embodiedcar[email protected]. If possible, please also submit the manufacturer form that was received from the

manufacturer.

If there has been deviation from the CIBSE TM65 methodology, either relating to methodology or assumptions then please highlight this in the notes/source column.

Version released in January 2021.

Embodied carbon results (kg CO2e) — breakdown

Embodied carbon results (kg CO2e) — without refrigerant leakage

Embodied carbon result (kg CO2e) — refrigerant leakage only

'Mid-level' calculation

* Please provide information on the final assembly factory. If you have more information on energy consumption of factories in the supply chain then please email

embodiedc[email protected].

Embodied carbon result with 'mid-level' calculation method (kg CO2e) — total

Assumptions

Details

Product information