Denver Geothermal
4.6(60+ Reviews) *

Loop-Compatible Geothermal Heat Pump Replacement Aurora

A quieter, lower-cost home after replacement with steady heat in cold snaps, reliable summer cooling, and less downtime.

  • NATE-Certified Installers
  • Itemized replacement estimates
  • Loop design for Aurora soils
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What We Do

Geothermal Heat Pump Replacement that helps Home Owners reduce operating costs and downtime

Covering old unit removal, loop compatibility checks, new unit installation, and post-install efficiency testing.

  • System Upgrade & New Unit Installation

    Assess loop reuse, install new unit, connect controls, and perform commissioning efficiency tests.

  • Old Unit Removal & Efficiency Testing

    Safe removal and disposal of old equipment, then verify flow, pressure, and efficiency for the new system.

Why Denver Geothermal

Site-specific loop recommendations with written, itemized estimates

Incorrect loop choice or wrong unit sizing can leave a new system underperforming, raising energy bills and shortening component life.

Common Challenges

  • Clay-rich plains increase loop trenching needs

    Aurora's clay soils often demand deeper trenches or vertical bores, which lengthen timelines and increase excavation and labour costs.

  • Shallow groundwater affects loop reuse options

    Shallow water tables can prevent horizontal loop reuse and force vertical drilling, adding equipment needs, permitting, and cost.

  • Unplanned disposal and downtime costs

    Removing an old unit without a clear disposal and schedule plan can delay commissioning and add several thousand dollars to the project.

How We Help

  • 90%+ efficiency with modern, right-sized units

    New geothermal units achieve 90%+ system efficiency when matched to properly sized loops, reducing annual heating and cooling costs significantly.

  • Site-assessed loop selection to limit yard damage

    We choose horizontal, vertical, pond, or open loops based on soil, yard space, and groundwater to reduce excavation footprint.

  • Itemized estimates showing disposal and timeline

    Estimates list loop options, unit cost, disposal fees, and an expected schedule so you see trade-offs before work begins.

  • Post-install commissioning and efficiency testing

    We verify flow, pressure, and COP during commissioning and supply a written checklist proving the new system meets performance targets.

Property owners and managers planning geothermal replacement
Property owners and managers planning geothermal replacement

Who We Help

Property owners and managers planning geothermal replacement

Typical scenarios where replacement makes sense and what to expect from site evaluation to handover.

  • Homeowners in suburban family homes with ageing systems

    Aurora family homeowners facing rising repair bills or failing compressors who need loop checks, clear estimates, and minimal yard disruption.

  • Property developers planning loop-ready new builds

    Developers and builders in new subdivisions who need loop type advice, costed options, and coordination with site contractors.

  • Commercial property managers reducing operating costs

    Managers of townhome or multi-unit sites seeking predictable replacement timelines, commissioning reports, and lower utility bills.

How We Work

How Geothermal Heat Pump Replacement Works

A clear, three-step process from site evaluation to commissioning and handover.

  1. Site assessment

    We inspect yard space, soil type, and groundwater to decide horizontal, vertical, pond, or open loop feasibility and constraints.

  2. System specification

    We size the replacement unit, assess loop reuse, and provide an itemized estimate covering unit, loop work, disposal, and schedule.

  3. Installation & commissioning

    We arrange removal, install the new unit, perform pressure/flow and efficiency checks, and deliver a commissioning report.

About This Service

About this Service

In Aurora suburbs and Arapahoe County subdivisions, Geothermal Heat Pump replacement often starts when repair costs rise or the unit no longer meets household comfort needs. The service removes the outdated indoor unit, assesses ground-loop health, and installs a new unit sized for larger suburban homes and new-build tracts. Emphasis is on matching loop layout to clay-rich plains and managing shallow groundwater risks.

Aurora's clay-rich soils and shallow water tables change loop feasibility. Clay increases trenching resistance and may require deeper or longer trenches for horizontal loops. Shallow groundwater can rule out open-loop systems and complicate vertical bores unless managed with proper grouting and dewatering. During the site evaluation, expect soil borings or probe logs to determine trenching depth and whether a vertical bore rig is necessary. Loop reuse is evaluated with pressure and flow tests plus thermal-response checks.

A complete replacement includes refrigerant recovery, old-equipment disposal, new unit installation, system charging, and commissioning tests. Estimates should itemize loop remediation, disposal fees, and any temporary well or dewatering work. Anticipate scheduling constraints during heavy ground conditions; wet seasons can delay trenching or drilling. Confirm tax credit eligibility and plan commissioning tests to document post-install efficiency.

Frequently Asked Questions

Answers on cost, timeline, loop compatibility, and incentives

Practical answers to common questions Aurora homeowners and managers ask about replacement.

A failing unit can lead to compressor burnout and emergency replacement. Emergency installs often cost 20–30% more than planned work; early replacement limits downtime and reduces annual energy waste.
Delaying increases repair bills, risks mid-winter failure, and can shorten loop and equipment life. Planned replacement spreads cost and avoids emergency premium charges.
Vertical bores and certain groundworks often need Arapahoe County permits and utility locates. Shallow groundwater may trigger additional approvals; check local permitting before drilling.
Loop reuse depends on hydraulic compatibility and loop condition. We test loop pressure, flow, and thermal response to confirm reuse before recommending a new unit.
Federal tax credits and local incentives can apply. Eligibility depends on unit efficiency and installation specifics; we outline likely incentives in your itemized estimate.
Indoor units often last 20–25 years with proper maintenance; ground loops can last 50+ years. Regular commissioning and maintenance extend system life.
About Denver Geothermal

Who We Are

About Denver Geothermal

If rising energy bills or an aging HVAC drain your budget, we help Denver homeowners and businesses plan and arrange geothermal heat pump installations. We assess site suitability, recommend horizontal, vertical, pond, or open loop options, and provide clear, itemized cost estimates before work begins.

Our Full Story

Our Mission & Values

We exist to make Geothermal Heat Pumps adoption straightforward for Denver homeowners and businesses by guiding site evaluation, loop design, and coordinating local installation and service.

  1. Site Assessments

    On-site or remote soil and spacing evaluation for loop design

  2. Transparent Estimates

    Itemized quotes covering loops, unit, and commissioning

  3. Scheduled Follow-up

    Post-install commissioning and annual maintenance reminders

Reviews Disclosure

Our vetted partners maintain more than 60 reviews with an average rating of 4.6 stars.