[en] There is some local interest for a 1.6-GeV compressor ring which will deliver nominally 1 MW of beam power at /le/24 Hz. The 1.6-GeV kinetic energy would be obtained from an add-on linac to LAMPF. The flux requirement is 1.55 /times/ 10/sup 14/ ppp at 24 Hz. This can be met by using two stacked rings which are fed with two macropulses from LAMPF; the present H/sup /minus// source must be upgraded. There are two constraints which must be met: The slow losses which occur in the Los Alamos Proton Storage Ring (PSR) cannot take place in these rings. It may be necessary to store beam in one of these rings for up to 8 msec so the rings must be stable against coherent instability. In view of these requirements, a Strawman compressor design is discussed