  We consider Semi-Exclusive Deeply Virtual Compton Scattering, gamma* p \to
gamma Y (SECS), where Y is an inclusive state of intermediate mass, \Lambda_QCD
<< m_Y << Q. When the photon is produced with a large transverse momentum k_T
\sim m_Y the subprocess is hard and the struck quark fragments independently of
the target spectators. Using completeness this allows to express the SECS cross
section in terms of ordinary parton distributions. Apart from direct
comparisons with data (yet to come) new information on Bloom-Gilman duality may
be obtained through comparisons of resonance production via DVCS (gamma* p \to
gamma N*) with the SECS scaling distribution in m_Y.
