
Solar-powered Apollo, pumping methane biogas condensate sump at large Midwest bioenergy operation. Also available in AC Electric models.

The Apollo driver has few moving parts.
Biomass, Clean Energy RNG Sump Pump
If It Flows . . . We Can Pump It.
Developed for tough landfill and remediation/recovery sites, Blackhawk Technology’s zero-emission Apollo solar piston pumps are emerging as versatile components in condensate-sump applications including renewable energy and pipeline.
Reliable, non-polluting and affordable, Apollos pump anything that flows, regardless of viscosity or chemical composition.
The above-grade driver has few moving parts and requires less maintenance. The in-sump piston pump resist biofouling and encrustation.
Flows range to 3,800 gallons per day for solar models, 4,300 gpd for AC Electric.
Why Apollo?
- Rugged
- Non-polluting
- Above-grade mounting
- Few moving parts
- Safer, easier, less-frequent servicing
- Lower power requirements
- Adaptable to site requirements
- Portable
- Affordable