Thornhill and Annaholty, Birdhill, Co Tipperary

RED III development which will consist of planning permission for a period of 10 years for the construction and operation of a biogas renewable energy facility comprising of 2 no. primary anaerobic digesters (height c. 18.5m); 1 no. secondary digester/storage tank (dome height c. 16.5m); 1 no. digestate storage tank (dome height c. 16.5m); 2 no. manure reception tanks (dome height c. 12m); 1 no. desulphurisation unit (ground floor area (GFA) c. 13m2, height c. 3.3m), 1 small tank (height c. 3.2m) and 2 larger tanks (height c 9.8m & c 11.8m); 2 no. pasteurization tanks (height c. 5.6m) and 2 no. cooling tanks (height c. 5.6m); 1 no. external Solid Input Device (SID); 1 no. pump room (GFA 300m2, height 3.1m); these components will be located within a containment bund (height c. 1.5m). The proposed development will also consist of: 1 no. feedstock reception hall (GFA 1,800m2, height c.15m) with air filtration unit (stack height c. 20.5m), 1 no. underground mixing tank (diameter c.16m, height c. 4m), 1 no. SID, offices, and workshop; 5 no. silage clamps (GFA 8,640m2, height c. 5m); 1 no. storage shed (GFA 228m2, height c. 5m); 1 no. rainwater harvesting tank (height c. 6m); 1 no. fire water storage tank (height c. 5.5m); 1 no. plant room (GFA c. 90m2, height c. 5.3m); 2 no. CHP units and chillers (GFA 44m2 each, maximum height c. 7.5m to flue); 1 no. bunded biofuel tank (length c. 6.2m, height c. 2.3m); and diesel tank (length c. 4m, height 2.5m); 1 no. dewatering storage building (GFA c. 263m2, height c. 5.5m) with air filtration unit (stack height c. 9.5m); 1 no. ESB substation building (GFA c. 65m2, height c. 3.8m); 1 no. biomethane upgrade unit (GFA c. 235m2, height c. 13.2m); 1 no. carbon dioxide capture unit (GFA c. 885m2, height c. 16.7m); 1 no. two storey admin building containing offices, laboratories, and welfare facilities (GFA 228m2, height c. 8.2m); 1 no LPG compound (GFA 98m2) with bunded wall (height c. 2.5m) containing 2 no. propane tanks (diameter c. 1.5m, length c. 4.8m); 1 no. emergency flare (height c. 7.7m); 1 no. Gas Networks Ireland (‘GNI’) compound (‘Biomethane Network Entry Facility’) kiosk (GFA c. 24m2, height c. 5.1m (antenna)) with two parking bays; firewater retention pond (c. 1,750m3); infiltration basin (c. 2300m3); underground silage clamp tank, (c. 3,725m3), boundary treatments and ancillary works that will include: tree felling to facilitate construction and operation of the proposed development; new site entrance off the L94

an extension to the side of house and domestic garage and fuel stores

a period of 10 years for the construction and operation of a biogas renewable energy facility comprising of 2 no. primary anaerobic digesters (height c. 18.5m); 1 no. secondary digester/storage tank (dome height c. 16.5m); 1 no. digestate storage tank (dome height c. 16.5m); 2 no. manure reception tanks (dome height c. 12m); 1 no. desulphurisation unit (Ground Floor Area (GFA) c.13m2, height c.3.3m), 1 small tank (height c. 3.2m) and 2 larger tanks (height c 9.8m & c 11.8m); 2 no. pasteurization tanks (height c. 5.6m) and 2 no. cooling tanks (height c. 5.6m); 1 no. external Solid Input Device (SID); 1 no. pump room (GFA 300m2, height 3.1m); these components will be located within a containment bund (height c. 1.5m). The proposed development will also consist of: 1 no. feedstock reception hall (GFA 1,800m2, height c.15m) with air filtration unit (stack height c. 20.5m), 1 no. underground mixing tank (diameter c.16m, height c. 4m), 1 no. SID, offices, and workshop; 5 no. silage clamps (GFA 8,640m2, height c. 5m); 1 no. storage shed (GFA 228m2, height c. 5m); 1 no. rainwater harvesting tank (height c. 6m); 1 no. fire water storage tank (height c. 5.5m); 1 no. plant room (GFA c. 90m2, height c. 5.3m); 2 no. CHP units and chillers (GFA 44m2 each, maximum height c.7.5m to flue); 1 no. bunded biofuel tank (length c. 6.2m, height c. 2.3m); and diesel tank (length c. 4m, height 2.5m); 1 no. dewatering storage building (GFA c. 263m2, height c. 5.5m) with air filtration unit (stack height c. 9.5m); 1 no. ESB substation building (GFA c. 65m2, height c. 3.8m); 1 no. biomethane upgrade unit (GFA c. 235m2; height c. 13.2m); 1 no. carbon dioxide capture unit (GFA c. 885m2, height c. 16.7m); 1 no. two storey admin building containing offices, laboratories, and welfare facilities (GFA 228m2, height c. 8.2m); 1 no LPG compound (GFA 98m2) with bunded wall (height c. 2.5m) containing 2 no. propane tanks (diameter c. 1.5m, length c. 4.8m); 1 no. emergency flare (height c. 7.7m); 1 no. Gas Networks Ireland (‘GNI’) compound (‘Biomethane Network Entry Facility’) kiosk (GFA c. 24m2, height c. 5.1m (antenna)); firewater retention pond (c. 1,750m3); Infiltration Basin (c. 2300m3); underground silage clamp tank, (c. 3,725m3), boundary treatments and ancillary works that will include: tree felling to facilitate construction and operation of the proposed development; new site entrance off the L94451, security gates

alterations to existing dwelling house to include the fenestration and windows and front and rear porches, provision of external wall insulation and the replacement of existing ground floor living accommodation with a new single storey extension to the side of the existing dwelling and all associated site works

alterations to existing dwelling house to include the fenestration and windows and front and rear porches, provision of external wall insulation and the replacement of existing ground floor living accommodation with a new single storey extension to the side of the existing dwelling and all associated site works

renovation and refurbishment works to the existing two-storey dormer farmhouse to include thermal envelope upgrades, the removal of three 1980s dormer windows to the front pitch of the house, alterations and extension to a detached but associated agricultural building to provide ancillary habitable accommodation to the main farmhouse, site works will include the decommissioning of an existing septic tank and installation of a proposed new wastewater treatment system