One of the most common complaints about private equity companies (and activist investors, corporate raiders, etc.) is that their relentless focus on making a quick profit results in the looting of companies, job losses, and so on.
That theory will be tested in court: Mervyn's LLC has sued its former private-equity owners -- including Cerberus and Sun Capital -- alleging that their profiteering tactics led to the chain's bankruptcy. When the $1.26 billion deal was consummated in 2004, The Wall Street Journal reports that (subscription required) "the deal was structured as two separate transactions -- one for the retailer and a second one for the retailer's real estate. This complicated structure, the suit alleges, enriched the private-equity firms while leaving the retail operations insolvent."
The firms then sold off real estate, paid themselves dividends, jacked up lease payments, and essentially transferred value from the chain to the private equity buyers, according to the lawsuit.
This will be a must-follow case -- assuming it isn't settled quickly and confidentially -- for those looking to understand the larger effects of buyout shops. I'm skeptical of the notion that private equity firms destroy companies and, if that was indeed the case with Mervyn's, it may have been a result of the complex structure and self-dealing.
In most cases however, there is little money to be made bankrupting something for which you pay hundreds of millions -- or billions.











Reader Comments (Page 1 of 1)
9-07-2008 @ 3:13PM
peter hickey said...
You've got to be kidding. You don't believe these raiders would set out to bankrupt a company and that there is "no value to be gained in doing so"????? That is EXACTLY what these corporate raiders plan, especially this spliting off of assets into two parts. It destroys the major part of corporation, leaving it in bankruptcy, while skimming the money from the 2nd entity and then running. I'm appalled at you comment. It's not ignorance, you're just supporting a dangerous and damaging process.