OTC Emissions Derivatives as Facilitators of Market-Based Climatic Regimes in the Wake of the Financial Meltdown

Aviad S. Welt
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Abstract

The underlying premise of international and domestic climatic regulatory regimes that employ cap-and-trade schemes to curb emission levels of greenhouse gases is that a market-based approach is the most cost-effective strategy to achieve a benign environmental system that enables sustainable development. The scarcity in emission allowances under those schemes is designed to impose increasing compliance costs on participating nations and business entities that would gradually facilitate transformations to economic equilibriums with lower intensities of greenhouse gases. However, the participants in these nascent and rapidly evolving “carbon markets” are increasingly exposed to exceptionally high and enduring price volatility of the newly created regulatory-based commodities. Unless such volatility could be hedged efficiently, it would constitute mounting regulatory-related compliance costs that could endanger the economic stability of viable industries. Ultimately, such volatility could project negatively on the cost-effectiveness of market-based regimes in the battle against climate change. The overall regulatory burden could be alleviated, to a degree, by linking the schemes to domestic and international project-based flexibility mechanisms, under which GHG mitigating projects are issued fungible offsets. However, the origination of mitigating projects is also dependent on custom made and long term risk mitigating solutions against regulatory, origination, and operational risks and against price volatility in the carbon markets. Over The Counter derivatives have been the strategy of choice, thus far, to overcome these price volatility-related setbacks and uncertainties. Their continuing utilization and development are essential for a cost-effective and winnable battle against climate change, especially given the increased cost-sensitivity in the current economic climate. However, OTC derivatives face increased skepticism and an uncertain future in the wake of the recent financial meltdown. They are blamed for generating unprecedented systemic risk by amplifying the ramifications of the subprime crisis to full-scale financial meltdown. In addition, they are blamed for facilitating excessive speculation in the energy markets in the midst of the crisis, which slowed down economic recovery. This article delves into a consequent inherent tension. The reliance on the carbon markets to facilitate unprecedented transformation entails the employment of potent risk management for fulfillment of their potential as the most cost-effective strategy for a winnable battle against climate change. However, the recent financial meltdown yielded general mistrust vis-a-vis innovative financial technology. In particular it motivated regulators to prevent reoccurrence of OTC-related financial meltdown and, ironically, to protect the integrity of the nascent carbon markets. This article sheds light on the associated vibrant debate over the future financial and climatic regulatory regimes and points to a desirable “center of gravity” that efficiently balances conflicting risks and challenges.
金融危机后,OTC排放衍生品作为市场气候机制的推动者
国际和国内气候管理制度采用限额与交易计划来控制温室气体的排放水平,其基本前提是,以市场为基础的办法是实现有利于可持续发展的良性环境体系的最具成本效益的战略。在这些计划下,排放配额的稀缺是为了增加参与国和商业实体的遵守成本,这将逐步促进向温室气体强度较低的经济平衡转变。然而,这些新生的、迅速发展的“碳市场”的参与者越来越多地暴露于新创建的、基于监管的大宗商品价格异常高且持久的波动。除非这种波动能够有效地对冲,否则它将构成与监管相关的合规成本,可能危及可行行业的经济稳定。最终,这种波动性可能会对以市场为基础的机制在应对气候变化方面的成本效益产生负面影响。通过将这些计划与国内和国际基于项目的灵活性机制联系起来,可以在一定程度上减轻总体监管负担,在这种机制下,温室气体减排项目可以获得可替代的补偿。然而,缓解项目的发起也依赖于定制的长期风险缓解解决方案,以应对监管、发起和运营风险以及碳市场的价格波动。到目前为止,场外衍生品一直是克服这些价格波动相关挫折和不确定性的首选策略。它们的继续利用和开发对于具有成本效益和可打赢的应对气候变化的战斗至关重要,特别是考虑到当前经济气候中成本敏感性的增加。然而,在最近的金融危机之后,场外衍生品面临着越来越多的质疑和不确定的未来。他们被指责制造了前所未有的系统性风险,将次贷危机的后果放大为全面的金融崩溃。此外,他们还被指责在危机期间助长了能源市场的过度投机,从而减缓了经济复苏。本文探讨了随之而来的内在张力。依靠碳市场来促进前所未有的转型,需要采用强有力的风险管理,以实现其潜力,作为应对气候变化的最具成本效益的战略。然而,最近的金融危机导致人们对创新金融技术普遍不信任。特别是,它促使监管机构防止与场外交易相关的金融崩溃再次发生,具有讽刺意味的是,它还保护了新生的碳市场的完整性。本文揭示了有关未来金融和气候监管制度的激烈辩论,并指出了一个理想的“重心”,可以有效地平衡相互冲突的风险和挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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