Tenders Are Invited For Thermal Insulation Work - Execution Of Works Within The Project Seismic Consolidation And Energy Renovation Work At The Block Of Flats V1, General Magheru Street, No. 1 From The Municipality Of Ramnicu Valcea

Thermal Insulation Work - Execution Of Works Within The Project Seismic Consolidation And Energy Renovation Work At The Block Of Flats V1, General Magheru Street, No. 1 From The Municipality Of Ramnicu Valcea. The Objective Of These Works Is That After Carrying Out The Proposed Interventions On The Structure Of Resistance, The Median Body With Height Regime S+P+11E To Be Included In The Class Of Seismic Risk Rsiii. The Thermal Rehabilitation Measures Are The Following: - Growth The Thermal Performance Of The Building Through The External Thermal Insulation Of The External Walls With A Layer Of Heat-Insulating Material Made Of Basalt Mineral Wool, Fireproof, Class Reaction To Fire C0 A1/A2 S2, D0, Min. 15.00 Cm Thick; It Will Also Be Considered The Soffit Of The Concrete Slabs Where There Are Consoles Or Balconies; They Will Be Considered Only The Masonry Walls (The Metal Fittings On The Facades Are Not Included); After Thermal Insulation, The Facades Will Be Plastered With Washable Paint, According To The Attached Facades In The Architectural Project; -Increasing The Thermal Performance Of The Coating By Increasing The Thermal Resistance Of The Floor To The Uncirculated Terrace With A Layer Of Heat-Insulating Material From Extruded Polystyrene, Min. 20.00 Cm Thick, Which Will Protect With A Screed Made Of Reinforced Cement Mortar And A Waterproofing Layer On The Outside Composed Of Rubberized Elastic Membranes Epdm Type; The Thermal Insulation Layer Will Dress The Attic Will Connect With The One On The Facades Of The Building, Being Protected With A Lot Of Aluminum; -Increasing The Thermal Performance Of The Floor Above The Basement (Ground Floor Soffit) With A Layer Of Heat-Insulating Material Made Of Extruded Polystyrene, 15 Cm Thick; It It Will Also Thermally Insulate The Basement Walls On The Inside, With A Polystyrene Thermal Insulation Layer 10 Cm Thick Extruded; -Increasing The Thermal Performance Of The Facade - Glazed Part, By Replacing The Existing External Wood And Pvc Carpentry On The Facades With Carpentry Energy Efficient And Triple Heat-Insulating Glazing, Treated Low-E, With A Minimum Value Of The Thermal Resistance Of 0.77 M2k/W. Interior And Exterior Glazing Are Also Included. The Entrance Door To The Block Of Flats Is Also Included. For The Area Of ​​Commercial Spaces, An Analysis Will Be Made Of The Energetic Characteristics Of Their Carpentry And, After Case, It Will Be Replaced, So That The Overall Efficiency Indicators Are Achieved The Building, According To The Consent Of The Owners; -For The Warm Season, Windows Will Be Provided With Shading Systems, Respectively Equipping Them With Shutters/Blinds/Rollers, After Case; To Ensure The Minimum Flow Of Fresh Air (Natural Ventilation Of The Rooms Occupied), It Is Possible, As A Measure, To Cut Out The Gaskets And Install Some Flaps Self-Adjusting To Ensure Proper Ventilation Of All Rooms. Cost Of The Flaps Will Be Included In That Of The Carpentry; -Replacement/Repair, Respectively Insulation Heating And Domestic Hot Water Distribution Pipes In The Basement. The Measure Leads To The Reduction Of The Heat Flow Dissipated Through The Pipe Walls, Thus Obtaining Reducing Heat Losses And Increasing The Energy Efficiency Of The System Transport Of The Thermal Agent. Installation Of Thermo-Hydraulic Adjustment Fittings At The Base Columns; -Installation Of Thermo-Hydraulic Adjustment Fittings At The Base Of The Columns, Such As And Installing Thermostatic Taps On Radiators To Regulate The Heating Agent; The Measure Has A Very Important Role In The Operation Of The Heating Installation As A Whole. The Reduction In Energy Consumption Is Felt Through The Direct Influence In The Case Pressure Variations In The Installation As Well As At The Level Of Circulation Pumps, And In Addition, It Has The Effect Of Reducing The Noise In The Installation; - Ensuring Air Quality Interior Through Natural Ventilation Or Hybrid Ventilation Of Apartments (Introduction Permanent Outside Air Through Holes Made On The Facades And Indoor Air Exhaust Through Bathrooms And Sanitary Groups); - Interventions On The Lighting Installation That Serves The Common Parts (Staircase, Entrance Halls), Mainly By Replacing The Bodies Incandescent/Fluorescent Lighting With Energy-Consuming Lighting Fixtures Reduced (Led Lighting Fixtures) And Optimizing Its Operation. They Will It Also Provided Lighting Fixtures With Motion/Presence Sensors; - Use Of Sources Renewable Energy - The Use Of Electric Solar Panels Is Proposed For Coverage Of Min. 20% Of The Annual Electricity Consumption For Lighting From The Common Parts. Implementation Of A Local Energy Production And Storage System Electric, Represents A Viable Technical-Economical Solution In The Medium And Long Term Which Will Lead To The Reduction Of Electricity Consumption Of A Convenient Type;