The U.S. Court of Appeals for the Fifth Circuit recently handed down its opinion in Seeligson v. Devon Energy Production Co., Cause No. 17-10320. The case is an appeal from a decision in the District Court for the Northern District of Texas certifying a class of royalty owners to sue Devon for breach of the duty to market gas produced under the royalty owners’ leases. The Fifth Circuit affirmed all but one of the trial court’s findings on the appropriateness of allowing the class action to proceed.
The question of whether class actions are appropriate in federal courts are governed by federal rules and cases, but the class certification rules are very similar to those applied by Texas state courts. Although class actions are common in other contexts, such as suits by shareholders against their companies, they have not generally been successful in suits by royalty owners. The barriers created by the requirements to certify a class have usually been too great.
In Seeligson v. Devon, the plaintiffs claim that Devon breached its implied duty to market their gas. Devon’s wells in the Barnett Shale field are connected to a gathering system called the Bridgeport System, owned by an affiliate of Devon called Devon Gas Services. The gas is gathered and transported to the Bridgeport Gas Processing Plant, owned and operated by Devon Gas Services. Under a contract between Devon Energy and Devon Gas Services, Devon Gas Services takes delivery of the gas at the well and runs it through the plant, which separates the dry gas from the natural gas liquids and sells the dry gas and NGLs separately. Under the contract, Devon Gas Services pays Devon Energy 82.5% of a published industry index price for the dry gas and NGLs. Devon Gas Services thus retains 17.5% of the value of the dry gas and NGLs to compensate it for the gathering and processing of the gas. Plaintiffs claim that this arrangement breaches Devon Energy’s duty to market because the 17.5% is in effect a processing fee that is far greater than the market rate for processing. Continue reading →