PROJECT DETAILS

Project Submission No. S00501
Project Title Emission Reduction Due to Production of Aluminium Alloys through Recycling and Transfer in Liquid Form.
Project Owner (as per PSF & LOA) CMR Green Technologies Limited
Submission Date 4 Jul 2022
Global Stakeholder Consultation Period 11 Oct 2022 - 25 Oct 2022
Sector 9.Metal production
Project Type EE Measures
GCC/CDM Methodology & Version AMS III BD – Version 01.0
Forecasted GHG Emission Reduction (tCO2e/Year) 14,796 (tCO2e/Year)
Forecasted E+ Label Yes
Forecasted S+ Label Yes
Forecasted SDG+ Goals
Forecasted SDG+ Label Silver
Forecasted Market Eligibility CORSIA(C+)
Location Details Open Full Map
Country India
Focal Point of Project Owners (FP)
Gaurav Gulati
Email of Contact Person of FP (Primary) gaurav.g@cmr.co.in
Email of Contact Person of FP (Secondary) ankur.s@cmr.co.in
Documents for Global Stakeholder Consultation Project Submision
Calculation Sheet

Other Documents
Project Brief

Century Green Technologies Limited (from now onwards referred to as CGTL), is one of the leading Aluminium metal recycling companies in India. The company supplies its products in the form of solid ingots to the end-users. One of the end-use applications of Aluminium is the production of castings. Castings are produced by the casting units by melting the ingots and pouring the molten metal into the moulds where the molten metal cools and gets solidified.

As a GCC carbon project activity, CGTL has commissioned 3 Aluminium metal recycling units in the state of Gujarat (2 units) and Tamilnadu (1 unit) wherein the metal will be supplied to the casting unit in the molten state (against the traditional solid ingots). The proposed GCC project activity will supply molten Aluminium to casting units.

The purpose of the proposed project activity is to reduce GHG emissions by supplying metal for Aluminium castings in the molten state. Prior to the implementation of the project activity, the casting units procure Aluminium ingots and re-melt them in in-house melting furnaces for subsequent use in die-casting of various automotive components/parts. The project activity involves the supply of molten Aluminium and utilization in die-casting operation directly. The proposed project activity will reduce the dependence on fossil fuels and avoid associated Aluminium metal loss due to oxidation during the re-melting of ingots, thereby, affecting an overall reduction in GHG emissions.

Additional Information

The project activity involves the supply of molten Aluminium and thereby eliminating the consumption of fossil fuel in the furnaces for melting of Aluminium ingots prior to casting. As has been stipulated before, the project activity will reduce GHG emissions on account of the following.

VERIFICATION OUTCOME
Opinion

ESPL is contracted by CMR Green Technologies Private Limited for project verification of the project activity “Emission Reduction Due to Production of Aluminium Alloys through Recycling and Transfer in Liquid Form” in India. The verification was performed in accordance with the GCC Project standard/2/, GCC program manual/1/ and host country criteria, as well as criteria given to provide for consistent project operations, monitoring and reporting.

The project activity eliminates the need for re-melting of the aluminium metal ingots, which is highly carbon intensive activity, resulting in reductions of CO2 emissions that are real, measurable and give long-term benefits to the mitigation of climate change. It is demonstrated that the project is not a likely baseline scenario and the emission reductions attributable to the project are, hence, additional to any that would occur in the absence of the project activity. The project correctly identified methodology AMS III. BD. GHG emission reduction due to supply of molten metal instead of ingots for aluminium castings - Version 1.0 and is assessed against latest valid PS, VS and Environment and Social Safeguards Standard, Project-Sustainability-Standard and/or other applicable ICAO/GCC/CDM Decisions/Tools/Guidance/Forms/clarifications.

The project activity is likely to achieve the anticipated emission reductions stated in the PSF/1/ provided the underlying assumptions do not change. The expected emission reductions (annual average) from the project activity are estimated to be 14,796 tCO2e/year over the 10 years crediting period starting from 31/12/2018.

ESPL has informed the project owners of the verification outcome through the draft verification report and final verification report. The final verification report contains the information with regard to fulfilment of the requirements for verification, as appropriate.

ESPL applied the following verification process and methodology using a competent verification team:

•        The desk review of documents and evidence submitted by the Project Owner in context of the reference GCC rules and guidelines issued,

•        Undertaking/conducting remote site visit, interview or interactions with the representative of the project owner,

•        Reporting audit findings with respect to clarifications and non-conformities and the closure of the findings, as appropriate

•        Preparing a draft verification opinion based on the auditing findings and conclusions.

•        Technical review of the draft verification opinion along with other documents as appropriate by an independent competent technical review team

•        Finalization of the verification opinion (this report)

Earthood Services Private Limited (ESPL) has verified and hereby certifies that the GCC project activity “Emission Reduction Due to Production of Aluminium Alloys through Recycling and Transfer in Liquid Form”:

a.     Has correctly described the Project Activity in the Project Submission Form (Version 4.0 dated 09/10/2023) including the applicability of the AMS III. BD. - GHG emission reduction due to supply of molten metal instead of ingots for aluminium castings - Version 1.0 and meets the methodology applicability conditions, is additional and is expected to achieve the forecasted real and additional GHG emission reductions, complies on methodology, has appropriately conducted local and global stakeholder consultation processes and has calculated emission reduction estimates correctly and conservatively.

b.     Is likely to generate GHG emission reductions amounting to the estimated 1,47,960 tCO2e as indicated in the PSF, which are additional to the reductions that are likely to occur in absence of the Project Activity and complies with all applicable GCC rules, including ISO 14064-2 and ISO 14064-3, and therefore requests the GCC Program to register the Project Activity.

c.     Is not likely to cause any net-harm to the environment and/or society and complies with the Environmental and Social Safeguards Standard, and therefore requests the GCC Program to register the Project Activity, which is likely to achieve the requirements of the Environmental No-net-harm Label (E+) and the Social No-net-harm Label (S+); and

d.     Is likely to contribute to the achievement of United Nations Sustainability Development Goals (SDGs), comply with the Project Sustainability Standard, and contribute to achieving a total of 3 SDGs, which is likely to achieve the Silver SDG certification label (SDG+)

e.     The Project Activity complies with all the applicable requirement of the GCC Program and ICAO’s requirements on CORSIA Emissions Unit Eligibility Criteria and CORSIA Eligible Emissions Units, as per Clarification No 1., v1.3 paragraph 23-25, and the ACCs expected to be issued during the crediting period is likely to be CORSIA eligible and can be used by International Airlines for offsetting their emissions during all phases of CORSIA and therefore requests GCC Steering Committee to append CORSIA Certification label (C+) to this project. The written attestation from the Host country on double counting shall be submitted by the project owner at ACCs issuance stage. A FAR remains open regarding the same.

Therefore, the project is being recommended to GCC Steering Committee for the request for registration.

Report (Public) Verification Report (public)
Verification report date 2023-10-10
First Request for Registration Date 2023-10-10
© 2024 Global Carbon Council