Abstract
This paper proposes an innovative solution to distribute free allowances to the cement sector under emissions trading systems, called hybrid output-based allocation (OBA). We demonstrate that unlike many of the allocation methods currently being used, our design provides incentives which are aligned with the mitigation options available to this sector in the short to medium term. Specifically, it increases the incentive to improve the carbon intensity of clinker production; reduces the incentive to import clinker to avoid carbon costs; increases the incentive to use more low-carbon clinker alternatives to produce cement; and finally it reduces excess allocation and reduces incentives to inflate production volumes to obtain more free allowances. The hybrid OBA does not, however, provide incentives to reduce the consumption of cement or to bring about break-through technologies, hence should be considered as a mid-term solution to aid the decarbonization of the cement sector in conjunction with other support mechanisms.
Highlights
An important concern around emissions trading systems (ETS) is the risk of carbon leakage
This paper focuses on Output-based allocation (OBA) and analyses how different designs of OBA affect mitigation and trade incentives in the cement sector
This paper focuses on OBA in emissions trading systems, one of the main options discussed to offer carbon leakage protection
Summary
An important concern around emissions trading systems (ETS) is the risk of carbon leakage. BCAs have not yet been implemented in practice and many aspects need to be thoroughly investigated including legal, practical and political feasibility Such effort will be worthwhile given auctioning has significant economic advantages compared to free allocation - it maximizes the incentive for all emission reduction. In doing so, it clarifies the unique contribution of the microeconomic analysis in this paper.
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