Latest News

Thermal Response Test Rigs from GECCO2

In response to the recent surge in demand for GSHP systems brought about by the announcement of the Renewable Heat Incentive, GECCO2 is pleased to offer the opportunity to purchase a bespoke Thermal Response Test Rig, built by us to your specifications.

GECCO2 Secures Croxteth Primary School

GECCO2 have secured the contract to install a Ground Source Heat Pump system at Croxteth Primary School, Liverpool.

RHI Premium Payments Scheme Announced

The Government has announced the details of the Renewable Heat Incentive Premium Payment Scheme, designed to help subsidise the cost of installing qualifying renewable heating systems.

GECCO2 Awarded Eccleshill Contract

GECCO2 have been awarded the contract to install two Ground Source Heat Pumps at the new Eccleshill Community Centre and Work Space building in Bradford

Renewable Heat Incentive Launched

The Renewable Heat Incentive (RHI) is the first scheme of its kind designed to make payments to householders, businesses and organizations which generate their own heat using qualifying renewable sources.

GECCO Install Energy Piles at The Leadenhall Building

GECCO are to Install One of the UK’s Largest Diameter Energy Pile® Systems at The Leadenhall Building

Recent Projects

University of Nottingham Science & Engineering Building

GECCO2 successfully commission another GSHP installation for the University of Nottingham. The 180kW heating and cooling system provides 100% of the cooling and the majority of the heating requirement for the new facility topped up by the district heating network.

For read further details Click Here

GECCO Named Project Manager for Manchester First Street

GECCO Named Project Manager for Manchester First Street ASK Developments have named GECCO as Project Manager for their 300kW closed loop GSHP installation on the flagship First Street site in Manchester. First Street, a 20-acre scheme to extend the heart of Manchester city centre, is one of the most significant and prestigious schemes in the North West.

For read further details Click Here

GECCO Secure High House Farm Contract

GECCO Secure High House Farm Contract Further to the successful completion of a Thermal Response Test (TRT) at High House Farm, Purfleet, GECCO have secured the contract to design and install a 100kW closed loop heating and cooling GSHP system, from Hiltons Building Services.

For read further details Click Here

GECCO Complete Brentwood School Installation

GECCO have completed the installation of the Geo-Exchange for the new Sixth Form Building at Brentwood School in Essex ahead of programme.

For read further details Click Here

GECCO Hits the High Note with Royal Opera House Project

GECCO has won a contract to install a closed loop ground source heat pump system for the Royal Opera House workshop building in Purfleet, via its client Swiftline Engineering Limited.

For read further details Click Here

GECCO Complete TRT at University of Nottingham Maths Building

The test has been carried out in order to provide information on the ground conditions to verify the design of a GSHP installation for the new Maths Building at The University of Nottingham.

For read further details Click Here

GECCO Secure High House Farm Contract

Further to the successful completion of a Thermal Response Test (TRT) at High House Farm, Purfleet, GECCO have secured the contract to design and install a 100kW closed loop heating and cooling GSHP system, from Hiltons Building Services.

High House Farm is a Heritage Lottery funded community project to turn an important historic listed farm complex into a community farm and wildlife area via sensitive renovation, driven by the wishes of local groups.

The system GECCO devised for this project consists of 9No. boreholes to 130m, in addition to the 100m borehole drilled in order to conduct the original TRT. To maximise the energy yield whilst minimising expense, the design also includes 6No. 45m horizontal slinkies. The scheme offers peak loads of 100kW heating and 100kW cooling, with options for direct cooling and energy recovery.