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Does hedging play an integral part in mitigating the loss of falling oil prices?

Iain Sharp
Iain Sharp
4 May 2016 - 0 comments

Mitigation following a breach of contract – how far does the duty extend?

The rout in commodity prices continues to impact nations and stocks across the globe.  Already this year the price of oil has dipped below US$30 a barrel, with a seemingly unrelenting oversupply of crude and markets preparing for the return of Iran post-sanctions.  Sadly, falling prices often result in contract re-negotiations or default, leading to claims and innocent parties with goods on their hands and a difficult search for a willing buyer prepared to pay a reasonable price.

Following a breach of contract, the innocent party has a duty to mitigate the loss it has suffered.   However, failure to mitigate loss may prevent that party from recovering damages for avoidable loss.  A standard defence which the defaulting party often invokes to reduce the damages payable is that the innocent party has failed to act reasonably to mitigate its loss.  The burden of proving a failure to mitigate falls, however, on the defaulting party.

As one might imagine, the courts are generally sympathetic to efforts made by an innocent party seeking to deal with a breach of contract. The requirement to take 'reasonable steps' to mitigate loss is not a particularly high standard.  This so-called ‘duty’ requires reasonable steps to be taken to limit the losses that are incurred (and also to avoid incurring unnecessary expenditure in seeking to remedy the breach).  An innocent party need not, however, take unusual steps that would be outside the normal course of its business, or even incur undue costs. Reasonable costs of mitigation incurred by the innocent party will generally be recoverable from the defaulting party.

The burning Issue – valorising society’s residual waste: planning and delivering critical resource recovery infrastructure...

Adam Read
Adam Read
7 July 2015 - 0 comments

With increasing global attention looking at opportunities to divert waste from landfill, and with a widespread and growing appreciation of the need for more renewable energy sources to fuel our expanding urban communities, the role of energy-from-waste (EfW) solutions is now at the heart of modern and sustainable waste-management solutions.

The past decade or so has seen an expansion of waste-management infrastructure from the European Union to Australia and North America, as legislation and policy has driven enhanced recovery and recycling. There has been an explosion of new technological advances utilised for the treatment of both organic and residual wastes with anaerobic digestion (AD) and advanced thermal conversion technologies becoming more prevalent. However, for all the successes achieved in rolling out new AD and EfW solutions around the world, there have also been notable failures, with facilities being closed after only a few years of operation, companies folding as sites fail to operate commercially and many planned solutions never getting the funding needed to get off the drawing board.

In my opinion, many of the failings of technology delivery could have been avoided if the right level of planning, feasibility and preparation had been undertaken with the support of specialists to help address the nuances of local planning, permitting, licensing and feedstock security. In addition, good quality technical due diligence on your planned technology provider and an assessment of its suitability for the locally available feedstocks, as well as its vulnerability to local conditions could save a lot of wasted expenditure.

If we assume that most of the United Kingdom’s commentators are right, and that the United Kingdom is still several millions of tonnes under-capacity in terms of recycling and waste recovery facilities, then the next decade will see a significant number of new AD and EfW projects being developed for the commercial and industrial waste market. And with that demand, and the increasing complexity of local planning, permitting, licensing and funding systems, there will be some problems for us all to face. Sharing experiences and seeking insights from others will be key to ensuring that time and effort is not wasted on projects that never work. If the value of organic and residual waste streams is to be realised in terms of energy, nutrients and heat, these new technologies must be embraced and their development actively encouraged as part of a modern Britain.