ProXimity Geospatial turns production data, infrastructure networks, aquifers, parcels, human demographics and power grids into clear maps and defensible recommendations, so your team can see where to invest, where to build, deploy or focus and where not to.
Produced water, SWD capacity, aquifers and midstream gaps.
Constraints, assemblability and entitlement risk for large sites.
FCC BDC analytics, eligibility viewers and statewide network maps.
Web maps, dashboards and event course maps people actually use.
Every engagement starts with the question your leadership, investors or regulators need answered, and ends with maps and recommendations that answer it.
Basin-scale analysis that shows where production growth is outrunning water handling, pipelines and power, and where that creates investable opportunity.
We remove what can't be built first, then rank what's left by cost, assemblability and political risk, so capital lands where projects can survive.
Complex spatial datasets turned into clear visual stories, automated where it saves you money and documented so your team can maintain it.
From FCC BDC data products to public eligibility viewers, built for state broadband offices, ISPs and network planners.
Maps, StoryMaps and dashboards that make your data easy to understand and act on, whether they're shared publicly or kept internal.
Program design and team leadership from someone who has run a 15-person GIS group: governance, QA/QC and delivery that scales.
For a produced-water midstream operator planning expansion, we mapped oil, gas and water production against pipelines, disposal wells, aquifers and the power grid. The goal was to find where infrastructure gaps meet sustained production, because that's where water treatment, reuse and recycling investment pays off.
Production intensity mapped at county level for oil, gas and water.
Pipelines, SWDs, processing facilities, substations and transmission lines.
Seismic response areas, disposal saturation, water stress and access gaps.
A scored model ranks the zones where capital can deploy with acceptable risk.
Maps shown are excerpts from client deliverables, shared with client identifiers removed. Analysis is directional and investor-grade; capital decisions require site-level due diligence.
Recent engagements that moved clients from "where could we go?" to "here's where we start, and who we call first."
Top water plays
Deep aquifersWe narrowed the basin-wide view down to a single ranch. Every water well within 25 miles was screened by aquifer, depth, yield and total dissolved solids (TDS) to find brackish sources that are treatable and plentiful enough to develop.
The result is a planning-grade, actionable outreach plan: the landowners whose parcels have qualifying wells, ranked by distance and water quality, plus nearby SWD and midstream competition.
Exclusion areas
Assemblability
Entitlement riskNo perfect sites exist, so we started by removing what can't be built. Environmental barriers, regulatory dead zones and areas without utilities came out first. Then parcel assemblability, substation access and township entitlement risk were layered in to separate structural deal-breakers from problems that can be solved.
The client got a ranked target set covering less than 5% of the county's acreage, with realistic budgets for infrastructure investment, entitlement timelines and the number of parcels each site needs.
Earlier work for state broadband offices and network builders, plus interactive maps built for the public.
Middle MileAs Senior GIS Engineer & Program Manager, produced maps and configured service layers for the statewide MMBN interactive map, working with the California Department of Technology.
BEAD / CPFData hosting, security and visualization design for a public dashboard supporting BEAD and CPF funding programs, built in ArcGIS Experience Builder with secured layers.
Decision SupportDesigned a scoring metric on aggregated FCC BDC data that goes beyond grant eligibility, weighting competition, scale of opportunity and growth potential.
State Broadband OfficeSupported ADECA's public broadband speed maps and county profile app, which pair unserved and underserved counts with grant awards for every county.
Four interactive course maps for the Shed Enduro mountain bike race at the Frederick Watershed, with neon-styled segment overlays, stage legends and popups embedded on the race website.
Priority counties scored on proximity to opportunity, capacity headroom, transmission voltage tier and existing industrial load (weighted 30/35/20/15). Each was then staged against the 345 kV and 765 kV buildout timelines.
Alongside the maps, we build custom infographics that show executives, investors and communities how the whole system fits together, from source to disposal and from wastewater to cooling loop.
One view of the full produced-water value chain, used to show clients exactly where in the chain their infrastructure creates value.
How treated produced water could become a reliable cooling-water supply for hyperscale data centers. This is the case behind the next phase of Permian investment.
15+ years of hands-on work in enterprise and open-source GIS, from data engineering to the final map.
ProXimity Geospatial is a focused GIS consultancy based in Middletown, Maryland. When you hire us, you work directly with the principal, someone who has led enterprise GIS programs and still builds the analysis himself.
We keep scopes conservative and findings honest: what the data supports, what it doesn't, and what needs field verification before capital moves.
Permian Basin infrastructure intelligence, groundwater source screening, large-site selection risk and interactive event mapping.
Led a 15-person GIS team supporting state broadband offices, including California's Middle Mile network, Oregon's BEAD viewer and Alabama's county profiles, and helped inform $100M+ in BEAD funding allocation.
Water market studies in the Delaware Basin, covering production interpolation, permit density and offtake demand modeling for produced and fresh water sales.
Tell us what you're evaluating, whether it's a basin, a county, a corridor or a single site. You'll get a straight answer on fit and a conservative scope.
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