Energy renovation of the plant and office building at Regős and Regős Faipari Kft. (Q3925097): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: add summary) |
(Changed an Item: Adding English translations) |
||||||||||||||
| Property / summary | |||||||||||||||
In preparation for our development, we assessed the financial possibilities of our company and consulted with an energy specialist to ensure the efficiency of the investment. We have involved an energy professional with appropriate qualifications and privileges in order to obtain the certified energy certificate of the initial state and other necessary documents. Although our planned investment is not subject to a construction permit, in order to prepare and establish the project, we have an architectural design plan (technical description and design sheets) prepared by an architect who has also prepared a design budget for the project. On this basis, we requested the necessary quotes from potential contractors, from which we selected the most favourable ones. We plan to start the investment in December 2018 and we want to finish it in November 2019. The internal schedule will be partly technologically defined (e.g. after window replacements the sender thermal insulation) and partly by the fact that we wish to have the works carried out under continuous operation. The main activities to be carried out will be: Facade thermal insulation; Flat roof thermal insulation; Replacement of doors and windows; Installation of biomass boilers; Modernisation of lighting. The construction will be carried out by a company with appropriate references. Our company has project implementation experience mainly in the field of technological machinery procurement (e.g. through the implementation of the previous GINOP 1.2.2 project), which we can also use here. During the construction, the following works will be carried out in the designated target areas: During thermal insulation of building envelopes: — Facade thermal insulation on 910 m² surface with 15 cm thick Austrotherm polyusztiroll, Baumit system — Thermal insulation of a leg brick wall with closed cell expanded polystyrene boards on a surface of 145 m² — Thermal insulation of a flat roof by laying N100 polystyrene boards on 930 m² surface with a thickness of 10+ 15 cm. Self-adhesive polyester insulation (2 mm) and bituminous sheet bonding as a cover layer. Walling Ytong 20 on the flat roof on two sides for the reception of canal irons and tin structures; perecis border position (290 fm) and galvanised steel sheet drainage and pendant drainage (380 fm) Replacement of building envelopes considered as opening closing devices: — Replacement of facade doors for highly thermally insulated types. 75 plastic windows are installed in klf. sizes. Placement of indoor plastic ledges in widths of 150 and 200 mm (260 fm). Attica cover (190 fm) installation of 4 plastic insulated entrance doors (1000 x 2 100 mm); Installation of 2 double-wing plastic door panels with top and side lights (3000 x 2 850 mm); Installation of 1 double-wing metal entrance door with side light (3980 x 2 650 mm); Installation of 1-1 additional metal entrance door. Replacement of light sources, luminaires and ballasts: — 155 pcs Led-panel luminaires (48 W, 3400 Lm, 600 x 600 mm) with mounting of an aluminium frame outside the wall to replace existing neon tubes. Installation of briquettes, pellets, wood chips, wood gasification boiler system: — Installation of a 100 kW fuel boiler with FEM K100 wood chips and an automatic feeder and a 1400 litre chips and wood chips storage unit — to replace the current solid fuel boiler. Carrying out pipe installation works for the boiler and connecting the heating unit to the electricity grid. (English) | |||||||||||||||
| Property / summary: In preparation for our development, we assessed the financial possibilities of our company and consulted with an energy specialist to ensure the efficiency of the investment. We have involved an energy professional with appropriate qualifications and privileges in order to obtain the certified energy certificate of the initial state and other necessary documents. Although our planned investment is not subject to a construction permit, in order to prepare and establish the project, we have an architectural design plan (technical description and design sheets) prepared by an architect who has also prepared a design budget for the project. On this basis, we requested the necessary quotes from potential contractors, from which we selected the most favourable ones. We plan to start the investment in December 2018 and we want to finish it in November 2019. The internal schedule will be partly technologically defined (e.g. after window replacements the sender thermal insulation) and partly by the fact that we wish to have the works carried out under continuous operation. The main activities to be carried out will be: Facade thermal insulation; Flat roof thermal insulation; Replacement of doors and windows; Installation of biomass boilers; Modernisation of lighting. The construction will be carried out by a company with appropriate references. Our company has project implementation experience mainly in the field of technological machinery procurement (e.g. through the implementation of the previous GINOP 1.2.2 project), which we can also use here. During the construction, the following works will be carried out in the designated target areas: During thermal insulation of building envelopes: — Facade thermal insulation on 910 m² surface with 15 cm thick Austrotherm polyusztiroll, Baumit system — Thermal insulation of a leg brick wall with closed cell expanded polystyrene boards on a surface of 145 m² — Thermal insulation of a flat roof by laying N100 polystyrene boards on 930 m² surface with a thickness of 10+ 15 cm. Self-adhesive polyester insulation (2 mm) and bituminous sheet bonding as a cover layer. Walling Ytong 20 on the flat roof on two sides for the reception of canal irons and tin structures; perecis border position (290 fm) and galvanised steel sheet drainage and pendant drainage (380 fm) Replacement of building envelopes considered as opening closing devices: — Replacement of facade doors for highly thermally insulated types. 75 plastic windows are installed in klf. sizes. Placement of indoor plastic ledges in widths of 150 and 200 mm (260 fm). Attica cover (190 fm) installation of 4 plastic insulated entrance doors (1000 x 2 100 mm); Installation of 2 double-wing plastic door panels with top and side lights (3000 x 2 850 mm); Installation of 1 double-wing metal entrance door with side light (3980 x 2 650 mm); Installation of 1-1 additional metal entrance door. Replacement of light sources, luminaires and ballasts: — 155 pcs Led-panel luminaires (48 W, 3400 Lm, 600 x 600 mm) with mounting of an aluminium frame outside the wall to replace existing neon tubes. Installation of briquettes, pellets, wood chips, wood gasification boiler system: — Installation of a 100 kW fuel boiler with FEM K100 wood chips and an automatic feeder and a 1400 litre chips and wood chips storage unit — to replace the current solid fuel boiler. Carrying out pipe installation works for the boiler and connecting the heating unit to the electricity grid. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: In preparation for our development, we assessed the financial possibilities of our company and consulted with an energy specialist to ensure the efficiency of the investment. We have involved an energy professional with appropriate qualifications and privileges in order to obtain the certified energy certificate of the initial state and other necessary documents. Although our planned investment is not subject to a construction permit, in order to prepare and establish the project, we have an architectural design plan (technical description and design sheets) prepared by an architect who has also prepared a design budget for the project. On this basis, we requested the necessary quotes from potential contractors, from which we selected the most favourable ones. We plan to start the investment in December 2018 and we want to finish it in November 2019. The internal schedule will be partly technologically defined (e.g. after window replacements the sender thermal insulation) and partly by the fact that we wish to have the works carried out under continuous operation. The main activities to be carried out will be: Facade thermal insulation; Flat roof thermal insulation; Replacement of doors and windows; Installation of biomass boilers; Modernisation of lighting. The construction will be carried out by a company with appropriate references. Our company has project implementation experience mainly in the field of technological machinery procurement (e.g. through the implementation of the previous GINOP 1.2.2 project), which we can also use here. During the construction, the following works will be carried out in the designated target areas: During thermal insulation of building envelopes: — Facade thermal insulation on 910 m² surface with 15 cm thick Austrotherm polyusztiroll, Baumit system — Thermal insulation of a leg brick wall with closed cell expanded polystyrene boards on a surface of 145 m² — Thermal insulation of a flat roof by laying N100 polystyrene boards on 930 m² surface with a thickness of 10+ 15 cm. Self-adhesive polyester insulation (2 mm) and bituminous sheet bonding as a cover layer. Walling Ytong 20 on the flat roof on two sides for the reception of canal irons and tin structures; perecis border position (290 fm) and galvanised steel sheet drainage and pendant drainage (380 fm) Replacement of building envelopes considered as opening closing devices: — Replacement of facade doors for highly thermally insulated types. 75 plastic windows are installed in klf. sizes. Placement of indoor plastic ledges in widths of 150 and 200 mm (260 fm). Attica cover (190 fm) installation of 4 plastic insulated entrance doors (1000 x 2 100 mm); Installation of 2 double-wing plastic door panels with top and side lights (3000 x 2 850 mm); Installation of 1 double-wing metal entrance door with side light (3980 x 2 650 mm); Installation of 1-1 additional metal entrance door. Replacement of light sources, luminaires and ballasts: — 155 pcs Led-panel luminaires (48 W, 3400 Lm, 600 x 600 mm) with mounting of an aluminium frame outside the wall to replace existing neon tubes. Installation of briquettes, pellets, wood chips, wood gasification boiler system: — Installation of a 100 kW fuel boiler with FEM K100 wood chips and an automatic feeder and a 1400 litre chips and wood chips storage unit — to replace the current solid fuel boiler. Carrying out pipe installation works for the boiler and connecting the heating unit to the electricity grid. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
| |||||||||||||||
Revision as of 18:13, 8 February 2022
Project Q3925097 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Energy renovation of the plant and office building at Regős and Regős Faipari Kft. |
Project Q3925097 in Hungary |
Statements
79,872,760 forint
0 references
436,684.443 Euro
0.0027336256 Euro
15 December 2021
0 references
159,745,520.0 forint
0 references
50.0 percent
0 references
23 July 2019
0 references
30 March 2020
0 references
REGŐS ÉS REGŐS FAIPARI KORLÁTOLT FELELŐSSÉGŰ TÁRSASÁG
0 references
46°25'57.40"N, 18°46'28.92"E
0 references
Fejlesztésünk előkészítéseként felmértük vállalkozásunk anyagi lehetőségeit, valamint energetikai szakemberrel konzultáltunk a beruházás hatékonysága érdekében. Megfelelő végzettséggel és jogosultsággal rendelkező energetikai szakembert vontunk be a kiinduló állapot hitelesített energetikai tanúsítványa és az egyéb szükséges dokumentumok elkészítése érdekében. Bár tervezett beruházásunk nem minősül építési engedély kötelesnek, a projekt előkészítése és szakmai megalapozása érdekében megfelelő tervdokumentációt (műszaki leírás és tervlapok) készíttettünk építészmérnök tervezővel aki tervezői költségvetést is készített a projekthez. Ennek alapján kértük be a potenciális kivitelezőktől a szükséges árajánlatokat, melyek közül a legkedvezőbbet választottuk ki. A beruházást 2018. decemberében tervezzük megkezdeni és 2019. novemberében szeretnénk be is fejezni. Az ezen belüli ütemezést részben technológiai meghatározottság (pl. ablakcserék után következhet a küldő hőszigetelés), és részben az adja majd, hogy folyamatos működés mellett kívánjuk a munkákat elvégeztetni. A megvalósítandó fontosabb tevékenységek az alábbiak lesznek: Homlokzati hőszigetelés; Lapostető hőszigetelés; Nyílászárók cseréje; Biomassza kazán beépítése; Világításkorszerűsítés. A kivitelezést megfelelő referenciákkal rendelkező cég végzi majd. Vállalkozásunk projekt megvalósítási tapasztalatokkal elsősorban technológiai gépbeszerzések terén rendelkezik (pl. korábbi GINOP 1.2.2. projekt lebonyolítása révén) melyet itt is hasznosíthatunk majd. A kivitelezés során a megjelölt célterületeken az alábbi munkákat végezzük el: Épülethatároló szerkezetek hőszigetelése során: – Homlokzati hőszigetelés 910 m2-es felületen, 15 cm vastag Austrotherm poliusztirollal, Baumit rendszerrel – Lábazati téglafal hőszigetelése 145 m2-es felületen zártcellás expandált polisztirol táblákkal – Lapostető hőszigetelése N100-as polisztirol táblák fektetésével 930 m2-es felületen 10+15 cm vastagságban átlapolással. Öntapadós poliészter szigetelés (2 mm) és bitumenes lemez ragasztása fedőrétegként. A lapos tetőre két oldalon Ytong 20-as fal falazása csatornavasak és bádogos szerkezetek fogadására; perzekisz szegély elhelyezése (290 fm), valamint horganyzott acéllemez lefolyó és függőeresz csatorna elhelyezése (380 fm) Nyílászáró szerkezetnek minősülő épülethatároló szerkezetek cseréje: – Homlokzati nyílászárók cseréje fokozott hőszigetelésű típusokra. Ennek keretében 75 db műanyag ablak beszerelése történik klf. méretekben. Beltéri műanyag párkányok elhelyezése 150 és 200 mm szélességben (260 fm). Attika fedés vízorros kivitelben (190 fm) 4 db műanyag hőszigetelt bejárati ajtó beszerelése (1000 x 2100 mm); 2 db kétszárnyú műanyag ajtópanel beszerelése felül- és oldalvilágítóval (3000 x 2850 mm); 1 db kétszárnyú fém bejárati ajtó beszerelése oldalvilágítóval (3980 x 2650 mm); 1-1 db további fém bejárati ajtó beszerelése. Fényforrások, világítótestek és előtétek cseréje: – 155 db Led-panel világítótest (48 W, 3400 Lm, 600 x 600 mm) felszerelése falon kívüli alumínium burkolókeret rögzítéssel - a meglévő neoncsövek kiváltására. Brikett, pellet, faapríték, faelgázosító kazánrendszer kiépítése: – FEM K100 típusú faapríték-faforgács tüzelésű, 100 kW teljesítményű kazán telepítése automata adagolóval és 1400 l-es forgács és faapríték tároló egységgel – a jelenlegi szilárd tüzelésű kazán kiváltására. A kazánhoz tartozó csőszerelési munkák elvégzése és a fűtőegység bekötése a villamos hálózatba. (Hungarian)
0 references
In preparation for our development, we assessed the financial possibilities of our company and consulted with an energy specialist to ensure the efficiency of the investment. We have involved an energy professional with appropriate qualifications and privileges in order to obtain the certified energy certificate of the initial state and other necessary documents. Although our planned investment is not subject to a construction permit, in order to prepare and establish the project, we have an architectural design plan (technical description and design sheets) prepared by an architect who has also prepared a design budget for the project. On this basis, we requested the necessary quotes from potential contractors, from which we selected the most favourable ones. We plan to start the investment in December 2018 and we want to finish it in November 2019. The internal schedule will be partly technologically defined (e.g. after window replacements the sender thermal insulation) and partly by the fact that we wish to have the works carried out under continuous operation. The main activities to be carried out will be: Facade thermal insulation; Flat roof thermal insulation; Replacement of doors and windows; Installation of biomass boilers; Modernisation of lighting. The construction will be carried out by a company with appropriate references. Our company has project implementation experience mainly in the field of technological machinery procurement (e.g. through the implementation of the previous GINOP 1.2.2 project), which we can also use here. During the construction, the following works will be carried out in the designated target areas: During thermal insulation of building envelopes: — Facade thermal insulation on 910 m² surface with 15 cm thick Austrotherm polyusztiroll, Baumit system — Thermal insulation of a leg brick wall with closed cell expanded polystyrene boards on a surface of 145 m² — Thermal insulation of a flat roof by laying N100 polystyrene boards on 930 m² surface with a thickness of 10+ 15 cm. Self-adhesive polyester insulation (2 mm) and bituminous sheet bonding as a cover layer. Walling Ytong 20 on the flat roof on two sides for the reception of canal irons and tin structures; perecis border position (290 fm) and galvanised steel sheet drainage and pendant drainage (380 fm) Replacement of building envelopes considered as opening closing devices: — Replacement of facade doors for highly thermally insulated types. 75 plastic windows are installed in klf. sizes. Placement of indoor plastic ledges in widths of 150 and 200 mm (260 fm). Attica cover (190 fm) installation of 4 plastic insulated entrance doors (1000 x 2 100 mm); Installation of 2 double-wing plastic door panels with top and side lights (3000 x 2 850 mm); Installation of 1 double-wing metal entrance door with side light (3980 x 2 650 mm); Installation of 1-1 additional metal entrance door. Replacement of light sources, luminaires and ballasts: — 155 pcs Led-panel luminaires (48 W, 3400 Lm, 600 x 600 mm) with mounting of an aluminium frame outside the wall to replace existing neon tubes. Installation of briquettes, pellets, wood chips, wood gasification boiler system: — Installation of a 100 kW fuel boiler with FEM K100 wood chips and an automatic feeder and a 1400 litre chips and wood chips storage unit — to replace the current solid fuel boiler. Carrying out pipe installation works for the boiler and connecting the heating unit to the electricity grid. (English)
8 February 2022
0 references
Tolna, Tolna
0 references
Identifiers
GINOP-4.1.2-18-2018-00148
0 references