FREE TECHNICAL WEBINAR

ENERGY
FOUNDATIONS

The answer isn't on the roof. It's beneath our feet.

Reserve your free space now

WEDNESDAY
16 SEPTEMBER 2026

2:00PM (GMT)

ABOUT THE WEBINAR

Discover how Energy Foundations transform structural foundations into renewable energy assets by integrating heat exchange pipework into foundation piles.

Learn how they can provide efficient heating and passive cooling while reducing carbon emissions and operating costs.

WHAT YOU'LL LEARN

How Energy Foundations work

Design considerations

Heating & passive cooling

Commercial applications

Collaboration between architects,
structural & MEP engineers

WHO SHOULD ATTEND?

Architects

Structural Engineers

MEP Engineers

Developers

Quantity Surveyors

Project Managers

Sustainability Consultants

MEET THE SPEAKERS

NEIL LAWSON

Managing Director

Neil Lawson is the Managing Director of GeoEnergy Design, specialising in low-carbon heating and ground/air/water source heat pump systems for new-build and retrofit projects

HARRY TALLIS

Senior Engineer

Harry Tallis is one of the Senior Engineers of GeoEnergy Design, specialising in the design of large-scale ground, water and air source heat pump systems, geothermal energy, and advanced heating and cooling control strategies

MINDAUGAS PETRULIS

Director

Mindaugas Petrulis is one of Directors of GeoEnergy Design, specialising in the feasibility, design and delivery of low-carbon heat pump systems, with particular expertise in decarbonising historic and listed buildings. He has extensive experience designing GSHP, WSHP and ASHP solutions for a wide range of commercial and heritage projects.

CASE STUDIES

RESIDENTIAL DEVELOPMENT

Energy-pile foundation system providing low-carbon heating for a luxury residential complex, integrating ground-source heat exchange within structural piles to deliver efficient, space-saving thermal supply. System reduces operational emissions and energy costs while supporting high comfort levels and sustainable building certification.

View Case Study ➜

COMMERCIAL TOWER

Integrating energy foundations into a high-rise office tower cuts operational energy by using ground-source heat exchange and structural thermal mass for efficient heating, cooling, and peak-load reduction. Combined with smart controls and heat-recovery systems, the approach lowers HVAC energy demand, reduces carbon emissions, and improves operational resilience.

View Case Study ➜

EDUCATION CAMPUS

Sustainable geothermal district energy system for a university campus: deep closed-loop wells supplying low-carbon heating and cooling to academic buildings, residence halls, and labs. Integrated thermal storage and smart controls maximize efficiency, reduce emissions, and lower long‑term energy costs while supporting campus resilience and sustainability goals.

View Case Study ➜