Contractor

Name : ELOGIE-SIEMP

Contact : Virginie MARECHAL

 https://elogie-siemp.paris/

Construction Manager

Name : ATELIER RAMDAM

Contact : Franck Dibon & Olivier Misischi, info[a]atelier-ramdam.com, 01 44 61 44 24

 https://www.atelier-ramdam.com/

Stakeholders

Function :

EVP

 https://www.evp-ingenierie.com/


Co-contractor project manager & thermal consultancy structure

---

Function : Thermal consultancy agency

SUNSQUARE

---

Function : Other consultancy agency

ICTEC

Isabelle CASALIS

 https://ictec.fr/


Co-contractor MOE Economist

---

Function : Structures calculist

AVA

 https://www.acoustique-vivie.fr/


Acoustic engineering

---

Function : Company

OSIRIS BATIMENT

Ibrahim AHMED

TCE company

---

Function : Company

AIGLE COUVERTURE

 https://www.aiglecouverture.com/


Hedging batch subcontractor

---

Function : Company

METALOSUD

Locksmith metalwork subcontractor

---

Function : Company

GRIMAUD FONDATIONS

 https://www.grimaud-fondations.fr/


Shell lot

---

Function : Company

EUROPAMIANTE

 https://europamiante.fr/


Asbestos removal subcontractor

---

Function : Company

KONE

 https://www.kone.fr/


Elevator lot

---

Function : Assistance to the Contracting Authority

QCS Service

Lydia Ouabdesselam

 https://www.qcsservices.fr/


AMOE NF Habitat HQE certification and clean site monitoring

---

Function : Certification company

QIOS

 https://qios.fr/


NF HABITAT HQE environmental certification assessment

---

Function : Certification company

EKOPOLIS

Camille Perez

 https://www.ekopolis.fr/


BDF certification follow-up

---

Function : Others

RISK CONTROL

 https://risk-control.fr/


Technical control office

---

Function : Others

Coordination Management

SPS Coordinator

Contracting method

Other methods

Type of market

Realization

Allocation of works contracts

Macro packages

Energy consumption

• Primary energy need : 68,76 kWhep/m².an

Calculation method : RT existant

Breakdown for energy consumption :

• Primary energy consumption before works: 269 kWhep/m2.year
• Primary energy consumption: 68.76 kWhep/m2.year

Distribution :

• Heating: 39 kWhep/m2.year;
• DHW: 21 kWhep/m2.year;
• Ventilation: 2 kWhep/m2.year;
• Lighting: 6 kWhep/m2.year;
• Aux: 1 kWhep/m².year.

Envelope performance

• Envelope U-Value : 0,64 W.m^-2.K^-1
More information :

The heritage preservation of the street facade and the interior walls on the main facade led to limiting the interior insulation to the dividing walls between common areas and housing and the rear facade. The replacement of all the windows with wooden exterior joinery with double glazing coupled with the installation of an individual gas condensing heating system and the initial inertia of the building ensured satisfactory thermal comfort.

• Air Tightness Value : 1,39

Systems

Heating system :
• Individual gas boiler
• Water radiator
Hot water system :
• Individual gas boiler
Cooling system :
• No cooling system
Ventilation system :
• Natural ventilation
• Single flow
• Humidity sensitive Air Handling Unit (Hygro B
Renewable systems :
• No renewable energy systems

Urban environment

The project is located in a dense urban area, right in the heart of the 9th arrondissement of Paris. Many services and transport are close to the building. The area is made up of office buildings. The building at 43 rue de Chateaudun has been transformed from office use into housing. The accommodations are through and benefit from a beautiful natural light as well as the calm of the heart of the island.

• Land plot area : 170,00 m²
• Built-up area : 100,00 %

Product

Ventilation VMC hygro B



Product category : HVAC, électricité / ventilation, cooling

To renew the air in a home, the installation of controlled mechanical ventilation (VMC) is ideal. Type B hygro-adjustable (also called “hygro”) VMC models regulate the inlet and outlet flows according to the ambient humidity.

Construction and exploitation costs

• Cost of studies : 120 400 €
• Total cost of the building : 1 670 821 €
• Subsidies : 2 949 852 €
Additional information on costs :

The overall cost of the project including the land share is €3,604,280

Circular economy strategy

Phase in which reuse has been integrated : Preliminary design studies

Type of circular economy strategy implemented :
• Targeting a few diversified products for testing
• Maximization of the mass of waste avoided
Type of circular economy strategy implemented :

Lot 00 provided for the possibility of reusing certain equipment and materials on the site. The the consultation file also included a detailed inventory of materials by floor.

Integration of reuse into the written contract documents : Integration of the approach in the general clauses

Validation protocol for reused materials : No

Deposit validation form : No

Reuse : same function or different function

Batches concerned by reuse :
• Locksmithing-Metalwork
• Indoor joineries
• Floorings
• Heating ventilation air conditioning
• others...

For each batch : Reused Materials / Products / Equipments :

In-situ reuse:

• Wooden floors: 100 m²
• Cast iron radiators: 31
• Marble trays replaced on the floor of the removed fireplaces: 8
• Fireplace mirrors: 4
• Interior doors: 20
• Hardware (door handles): 30
• Conservation of moldings on walls and ceilings and reuse in situ
• Reusing stone steps existing staircase for new staircase to ground floor

 

Recovery of elements for ex-situ reuse:

• 8 exterior joinery on G+6 and 8 doors, 4 mirrors, old staircase locksmith elements: 100kg

Reused materials rate :

• The cast iron radiators in place were checked, stripped and repainted in the workshop.
• Storage and sorting work on the parquet floors to respect the layout of the parquet in herringbone pattern.

Field of use and material origin :

In situ reuse

Logistics

Rehabilitation and reconditioning operations (if project concerned by a cleaning/demolition stage) : Yes

Storage of materials for reuse in situ (if project concerned by a cleaning/demolition stage) :
• On site, on a dedicated area in a covered location

Insurance

Consultation of the technical controller : No

Insurance broker on the project : Yes

Consultation of the broker : No

Insurer : SMA

Consultation insurer : No

Discussion with the insurer :

No discussions with the insurer

Additional premium :

Non

Environmental assessment

Impacts avoided : water, waste, CO2 :

Materials	Categories	Quantites	Fonctional units	CO2 avoided (kg)	Water consumption avoided (kg)	Waste avoided (kg)
Traditional parquet	Interior joinery	100	m²	277,3333333	6,222816667	468,7156902
Interior door wood	Interior joinery	20	U	2099,779176	1956,246161	2612,763473
Handles, door closers, bumpers,...	Interior joinery	30	U	312,405	4,749037	426,8252721
Marble wall covering attached	Wall covering	4	m²	71,06693438	28,17248181	209,9903647
Cast iron radiator emitter	Plumbing	20	kW	4233,32024	29,77359725	4190,963981
Mirror	Furniture	4	m²	56,772	0,129232	42,408582

 

CO2 avoided (kg)	Water consumption avoided (m3)	Waste avoided (kg)
7050,676684	2025,293325	7951,667363

 

 

The reuse operation saved the equivalent of 56,405 kilometers traveled by a small car, i.e. 64 Paris-Nice journeys, 13,502 rectangular bathtubs filled with water and 16 years of household waste for a Frenchman

Economic assessment

Reuse quantified in the companies' offers? : No

Communication

Communication on the process : Yes

If so, please specify :

BDF approach supported by EKOPOLIS, Implementation phase, Silver level, RAMDAM Workshop: project support and management

Additional information (PDF documents)

Indoor Air quality

Natural ventilation and VMC hygro B

Comfort

Temperature level :

• Carrying out airtightness tests
• Motorized roof window on the top floor

Acoustic comfort :

Acoustic insulation: installation of high-performance wooden joinery with double glazing

General infos

The LCA was not carried out on this building, but a reuse approach was prepared in studies by the project manager and implemented during the construction site

GHG emissions

• GHG in use : 14,00 KgCO₂/m²/an
• GHG before use : 59,00 KgCO₂ /m²

, ie xx in use years : 4.21