Abstract: The invention provides a composition for solidification of a viscous fluid waste material. The composition comprises a mixture of: (i) a post-anaerobic composted solids material having a particle size in a range of about 60 mesh to 120 mesh; and (ii) a granular superabsorbent polymer material having a particle size in a range of about 80 mesh to about 120 mesh. The ratio of the composted solids material to superabsorbent polymer material in the composition is between about 80:20 wt/wt and about 95:5 wt/wt. The moisture content of the composition is between about 12.5% and about 17.5%.

Abstract: A system may facilitate recovery and solidification of a fluid waste during its transfer into a transportable bulk container. The system comprises: (i) a metered supply of a solidifying agent; (ii) a metered supply of a bulking material, (iii) apparatus for commingling the metered supplies of solidifying agent and bulking material, and (iv) a tee apparatus having a first port for engaging and receiving the fluid waste, a second port for engaging and receiving a commingled supply of a mixing agent and a bulking material, and a third port for discharging the fluid waste and commingled mixing agent and bulking material.

Abstract: A system may facilitate recovery and solidification of a fluid waste during its transfer into a transportable bulk container. The system comprises: (i) a metered supply of a solidifying agent; (ii) a metered supply of a bulking material, (iii) apparatus for commingling the metered supplies of solidifying agent and bulking material, and (iv) a tee apparatus having a first port for engaging and receiving the fluid waste, a second port for engaging and receiving a commingled supply of a mixing agent and a bulking material, and a third port for discharging the fluid waste and commingled mixing agent and bulking material.