Resort & hospitality
Keep treatment out of the guest experience and off the saleable acreage.
Package wastewater treatment / 500 to 500,000+ GPD
Make difficult land buildable.
Bio‑Pure® systems are engineered to unlock sites where septic acreage, discharge quality, or phased capacity make conventional options hard to justify. Modular plants compress footprint, simplify expansion, and give civil teams a permitting story that holds up under scrutiny.
Resort & hospitalityMunicipal expansionsWorkforce housing
Lead story
When acreage is expensive, wastewater design becomes a land strategy.
Developers often discover too late that the true constraint on a site is not building envelope or utility service, but the waste stream. Bio‑Pure® relocates treatment performance into a compact engineered package.
Conventional field burden
Large dispersal areas push buildings apart, reduce yield, and force grading compromises.
Bio‑Pure® compact plant
Treatment footprint condenses infrastructure, preserving usable land for the project itself.
Why teams switch
- Recover land area for rooms, units, amenities, access, or landscape buffers.
- Align initial capacity with phase one and reserve straightforward growth paths.
- Present regulators with a documented treatment train rather than a patchwork workaround.
- Improve predictability where soils, setbacks, or topography undermine septic economics.
Authored detail: the land-compression diagrams keep the story about buildable yield, not just treatment mechanics.
Applications
Where package treatment earns its place.
Six recurring situations where the waste stream — not the building program — sets the limit.
Municipal expansions
Bridge capacity between master-plan phases without a full plant rebuild.
Workforce housing
Predictable discharge quality where soils fail conventional septic math.
Industrial campuses
Process-aware trains sized to shift loads and seasonal peaks.
Schools & institutions
Low-attendance operation with documented compliance reporting.
Reuse-ready sites
Polish to irrigation and reclamation targets on constrained parcels.
How it works
An animated look at the treatment train.
Step through each unit process, or let it run. Flow moves left to right; return sludge moves back.
Equalization
Raw flow is buffered so peak occupancy and shift loads do not shock downstream biology.
±40%Peak flow damping
4–12 hrBuffer window
Process flow Return sludge
Preliminary selector
Size a starting point in two inputs.
Indicative only — final selection depends on loading, discharge limits, and site conditions.
Catalog
System families.
Five families cover 500 to 500,000+ GPD, all built from the same unit processes.
BP-05
500–2,500 GPDRemote lodges, small commercial
- Single train
- Skid or buried
- Low-attendance controls
BP-25
2,500–15,000 GPDBoutique resorts, schools
- Dual blower
- EQ + aeration
- Alarm telemetry
BP-100
15,000–100,000 GPDHousing, mixed-use phases
- Modular trains
- Filtration option
- SCADA-ready
BP-250
100,000–250,000 GPDCampus and district
- Parallel trains
- Nutrient control
- Reuse polish
BP-500
250,000–500,000+ GPDMunicipal package
- Staged build-out
- Redundant process
- Full instrumentation
| Family | Flow range | Typical use | Phasing | Reuse path |
|---|---|---|---|---|
| BP-05 | 500–2,500 GPD | Remote lodges, small commercial | Single unit | Optional |
| BP-25 | 2,500–15,000 GPD | Boutique resorts, schools | Single unit | Supported |
| BP-100 | 15,000–100,000 GPD | Housing, mixed-use phases | Parallel trains | Supported |
| BP-250 | 100,000–250,000 GPD | Campus and district | Parallel trains | Supported |
| BP-500 | 250,000–500,000+ GPD | Municipal package | Parallel trains | Supported |
Proof
Projects where the land math changed.
Representative scenarios drawn from typical application patterns.
Mountain resort phase two
Rock and shallow soils killed the dispersal field; a packaged train freed two building pads.
Workforce housing district
Capacity added in three stages so financing tracked actual occupancy.
Rural school consolidation
Low weekend load handled without biology upsets or operator overtime.
“The plant stopped competing with the program. That is the whole point.”
Compressing treatment into an engineered package turns a land liability into a line item — and gives the civil team a story reviewers can follow.
Resources
Documents for the design set.
Technical catalog
PDFRequest access through engineering intake for the current revision.
Request documentSizing worksheet
XLSXRequest access through engineering intake for the current revision.
Request documentTypical O&M outline
PDFRequest access through engineering intake for the current revision.
Request documentPermitting narrative template
DOCXRequest access through engineering intake for the current revision.
Request documentFootprint layout set
DWGRequest access through engineering intake for the current revision.
Request documentReuse pathway brief
PDFRequest access through engineering intake for the current revision.
Request documentFAQ
Questions civil teams ask first.
Short answers; engineering will confirm against your site data.
Footprint depends on flow and discharge target, but replacing a large dispersal field with a compact treatment train commonly returns most of that acreage to buildable program.
Engineering intake
Send us the site, not just the flow.
The more context we have on soils, setbacks, and phasing, the faster the layout comes back.
Next step