Objects Data

Lienbacher Holzbauwerk GmbH2012, A – 3240 Mank
mixture cross laminated elements and log system, 2 stories, cellar
pellets (heating + hot water), heat pump (standby)
Lienbacher Holzbauwerk GmbH

Conversion CO2 to biomass ext. walls + roof insulated 36,9 to CO2
GWP (A1-A3) total – 5,9 to CO2
GWP (A1-A3) total reference mineralic construction 50,6 to CO2
Total difference GWP (A1-A3) wooden / minearlic 56,5 to CO2
CO2 emissions heating system 1,267 to CO2 / a

 

Lienbacher Holzbauwerk GmbH2014, A – 5101 Bergheim
bungalow, partial cellar, croll-laminated timber + timber-frame,
heat pump for heating + hot water
Lienbacher Holzbauwerk GmbH

Conversion CO2 to biomass ext. walls + roof insulated 29,8 to CO2
GWP (A1-A3) total 3,6 to CO2
GWP (A1-A3) total reference mineralic construction 38,0 to CO2
Total difference GWP (A1-A3) wooden / minearlic 34,4 to CO2
CO2 emissions heating system 1,930 to CO2 / a

 

Lienbacher Holzbauwerk GmbH2013, A – 5300 Hallwang
2 stories, cellar, timber-frame construction,
heat pump for heating + hot water
Lienbacher Holzbauwerk GmbH

Conversion CO2 to biomass ext. walls + roof insulated 20,9 to CO2
GWP (A1-A3) total 3,7 to CO2
GWP (A1-A3) total reference mineralic construction 48,9 to CO2
Total difference GWP (A1-A3) wooden / minearlic 45,2 to CO2
CO2 emissions heating system 1,635 to CO2 / a

 

Léon Wood Holz-Blockhaus GmbH2010, D – 03185 Teichland
2 stories, base plate, round log construction,
heat pump plus wood stove
Léon Wood Holz-Blockhaus GmbH

Conversion CO2 to biomass ext. walls + roof insulated 55,7 to CO2
GWP (A1-A3) total – 131,8 to CO2
GWP (A1-A3) total reference mineralic construction 37,1 to C1O2
Total difference GWP (A1-A3) wooden / minearlic 168,9 to CO2
CO2 emissions heating system 1,965 to CO2 / a

 

Léon Wood Holz-Blockhaus GmbH2004, D – 03185 Teichland
2 stories, base plate, log construction,
gas for heating + warm water
Léon Wood Holz-Blockhaus GmbH

Conversion CO2 to biomass ext. walls + roof insulated 52,1 to CO2
GWP (A1-A3) total – 35,0 to CO2
GWP (A1-A3) total reference mineralic construction 44,0 to CO2
Total difference GWP (A1-A3) wooden / minearlic 79,0 to CO2
CO2 emissions heating system 1,424 to CO2 / a

 

holzbau herbst
2011, D -19077 Rastow
log system, 1 story + storage room, base plate
gas (heating + hot water)
Holzbau Herbst Ges. mbH & Co.

Conversion CO2 to biomass ext. walls + roof insulated 29,5 to CO2
GWP (A1-A3) total – 14,1 to CO2
GWP (A1-A3) total reference mineralic construction 15,326 to CO2
Total difference GWP (A1-A3) wooden / minearlic 29,431 to CO2
CO2 emissions heating system 1,820 to CO2 / a

 

Rolf-Michael Lueking
2004, D – 34311 Naumburg
solid wood system, 2 stories, base plate
local heating plant + wood stave

Conversion CO2 to biomass ext. walls + roof insulated 42,5 to CO2
GWP (A1-A3) total – 71,4 to CO2
GWP (A1-A3) total reference mineralic construction 30,9 to CO2
Total difference GWP (A1-A3) wooden / minearlic 102,3 to CO2
CO2 emissions heating system 0,592 to CO2 / a

 

LK-Fertigbau GmbH
2011, D – 53797 Lohmar
combination log and timber frame, 2 stories, cellar
gas for heating and hot water
LK-Fertigbau GmbH

Conversion CO2 to biomass ext. walls + roof insulated 38,9 to CO2
GWP (A1-A3) total 7,8 to CO2
GWP (A1-A3) total reference mineralic construction 70,5 to CO2
Total difference GWP (A1-A3) wooden / minearlic 62,7 to CO2
CO2 emissions heating system 3,814 to CO2 / a

 

2013, D – 55232 Alzey
combination CLT and timber frame, two stories, cellar,
heat pump
Rems-Murr Holzhaus GmbH

Conversion CO2 to biomass ext. walls + roof insulated 38,3 to CO2
GWP (A1-A3) total – 0,1 to CO2
GWP (A1-A3) total reference mineralic construction 55,5 to CO2
Total difference GWP (A1-A3) wooden / minearlic 55,4 to CO2
CO2 emissions heating system 4,795 to CO2 / a

 

holzbau herbst
2010, D – 66636 Tholey
cross laminated timber, two stories, cellar
heat pump
Holzbau Herbst Ges. mbH & Co.

Conversion CO2 to biomass ext. walls + roof insulated 49,5 to CO2
GWP (A1-A3) total – 24,2 to CO2
GWP (A1-A3) total reference mineralic construction 43,9 to CO2
Total difference GWP (A1-A3) wooden / minearlic 68,1 to CO2
CO2 emissions heating system 1,202 to CO2 / a

 


2005, D – 71711 Steinheim
two stories, cellar
gas for heating + warm water, additional wood stove
Rems-Murr Holzhaus GmbH

Conversion CO2 to biomass ext. walls + roof insulated 40,4 to CO2
GWP (A1-A3) total -26,5 to CO2
GWP (A1-A3) total reference mineralic construction 43,4 to CO2
Total difference GWP (A1-A3) wooden / minearlic 69,9 to CO2
CO2 emissions heating system 2,681 to CO2 / a

 

holzbau herbst
2010, D – 72401 Haigerloh
timber frame, two stories, base plate
ground source heat pump plus solar heat
Holzbau Herbst Ges. mbH & Co.

Conversion CO2 to biomass ext. walls + roof insulated 26,9 to CO2
GWP (A1-A3) total – 23,8 to CO2
GWP (A1-A3) total reference mineralic construction 36,6 to CO2
Total difference GWP (A1-A3) wooden / minearlic 60,4 to CO2
CO2 emissions heating system 1,086 to CO2 / a

 

house solid wood2014, D – 83278 Traunstein
log-frame construction, one story, base plate
gas (heating + hot water)

Conversion CO2 to biomass ext. walls + roof insulated 25,9 to CO2
GWP (A1-A3) total – 9,0 to CO2
GWP (A1-A3) total reference mineralic construction 13,8 to CO2
Total difference GWP (A1-A3) wooden / minearlic 22,8  to CO2
CO2 emissions heating system 1,615 to CO2 / a

ro-rei holzhaus
2013, D – 96247 Michelau
timber frame, two stories + storage room, base plate
heat pump, additional wood stove
RO-REI Holzhaus GmbH & Co. KG

Conversion CO2 to biomass ext. walls + roof insulated 32,6 to CO2
GWP (A1-A3) total – 17,2 to CO2
GWP (A1-A3) total reference mineralic construction 33,5 to CO2
Total difference GWP (A1-A3) wooden / minearlic 50,7 to CO2
CO2 emissions heating system 1,145 to CO2 / a

 

ro-rei holzhaus
2011, D – 96178 Pommersfelden
log system, two stories, base plate
heat pump, additional wood stove
RO-REI Holzhaus GmbH & Co. KG

Conversion CO2 to biomass ext. walls + roof insulated 39,3 to CO2
GWP (A1-A3) total – 30,6 to CO2
GWP (A1-A3) total reference mineralic construction 41,9 to CO2
Total difference GWP (A1-A3) wooden / minearlic 72,5 to CO2
CO2 emissions heating system 1,601 to CO2 / a

 

ro-rei holzhaus
2013, D – 96484 Meeder
timber frame, two stories, base plate
heat pump, additional wood stove
RO-REI Holzhaus GmbH & Co. KG

Conversion CO2 to biomass ext. walls + roof insulated 34,1 to CO2
GWP (A1-A3) total – 16,3 to CO2
GWP (A1-A3) total reference mineralic construction 45,6 to CO2
Total difference GWP (A1-A3) wooden / minearlic 61,9 to CO2
CO2 emissions heating system 1,507 to CO2 / a

 

Léon Wood Holz-Blockhaus GmbH2012, SK – 02742 Podbiel
2 stories, base plate, log construction,
heat pump + wood stove
Léon Wood Holz-Blockhaus GmbH

Conversion CO2 to biomass ext. walls + roof insulated 28,3 to CO2
GWP (A1-A3) total – 11,4 to CO2
GWP (A1-A3) total reference mineralic construction 32,6 to CO2
Total difference GWP (A1-A3) wooden / minearlic 44,0 to CO2
CO2 emissions heating system 2,472 to CO2 / a