Omnis Embraces Circular Construction

Reusing C&D Materials to Reduce CO2

0 Million
Tons of C&D debris generated in the United States in 2018
0%
Total C&D debris generated by demolition in the US.
0%
World’s emissions produced by the building sector.

It is well known the construction and demolition industry (C&D) generates large amounts of waste and creates excessive CO2 emissions. Generally, demolition projects contribute significantly more waste than new construction projects. In fact, demolition represents more than 90 percent of total C&D debris generation, while construction represents less than 10 percent.1

Circular construction aims to replace existing take-make-waste systems with a circular system that designs out waste and pollution, keeps products and materials in use, and regenerates natural systems. Circular construction decouples economic activity from the use of finite resources and by placing value on waste as a commodity in itself.2  Think of buildings as “material depots” from which new buildings can harvest and reuse materials.

Renovation and reuse projects save between 50 and 75 percent of the embodied carbon emissions compared to constructing a new building.

Many rainscreen cladding manufacturers are repurposing products to be partially recyclable or reduce CO2 emissions in the production process. Steni Composite Stone and Petrarch Composite Stone rainscreen cladding panels are sustainably made have a proven history of low CO2 emissions, reuse, and green building production practices.

3,819 35-year-old Steni Panels Were Recycled to Revive 1950’s Building

Recycled Steni Rainscreen Panels Revive 1950’s Building

Omnis Panels Are Reusable and Reduce Carbon Emissions

Steni Engineered Stone Rainscreen Panels
Petrarch Engineered Stone Rainscreen Panels

Low carbon footprint

Rainscreen façade panels from Steni have a low carbon footprint, producing 14–17 kg of CO2/m². Steni façade panels can be delivered to public waste treatment facilities at the end of their useful life. Steni waste is “inert” and has no impact on the external environment. All Steni panels have a life-cycle analysis and an Environmental Product Declaration (EPD).

Waste Management

Steni façade panels are packaged using wood, paper, and recyclable plastic. Steni sorts all waste internally in accordance with the Grønt Ansvar (Green Responsibility). Grønt Ansvar is a comprehensive program for documented and systematic waste management.

The packaging can be easily sorted at the construction site. Offcuts / left-over panels can be delivered as general waste for standard waste collection.

No Environmentally Harmful Substances

EU: None of STENI AS products contain substances on the REACH list.

Nordics: None of STENI ’s products contain substances on the REACH list, on the Norwegian priority list, the Sunda Hus priority list, or the Nordic Ecolabel Appendix 6.

Long Lifetime Calculation

The Life Cost Calculation (LCC) (NS 3454:2013) indicates the product’s resource consumption over time. Products from Steni have a low LCC. Steni engineered stone rainscreen panels have been reused/upcycled in renovating aging buildings. A long lifetime and low resource consumption make Steni panels an environmentally sound choice.

Pre-cut format Reduces Waste

Steni’s continuous production process allows you to choose from a wide range of standard formats, with a width of up to 1,195 mm and a length of up to 3,495 mm. This means that there is very little waste. Steni develops customized solutions with customers.

60-year warranty

Steni engineered stone rainscreen panels have an unmatched 60-year warranty. That means minimal building maintenance – just simple cleaning – lowering lifetime costs.

Low-Emitting Materials, Adhesives and Sealants

Petrarch Composite Stone rainscreen panels content 0 g/l VOC at install. VOC content at manufacture site 6%.

Construction Material Waste

Petrarch Composite Stone rainscreen panels can be ordered cut to size at the factory thereby reducing or eliminating field cuts and waste at the construction site. Petrarch panels are shipped using a minimum amount of packaging material, primarily recycled cardboard and wood for a palletized base (2” X 4” wood studs and OSB plywood panels.)

These materials used for packaging are also common construction materials that can frequently be at the job site or by others.

Low-Emitting Materials, Adhesives and Sealants

The volatile organic content (VOC) of the cured panels is 0% at the time of installation.

Materials Reuse: 5% or 10%

Petrarch Composite Stone Rainscreen Panels can potentially be reused due to the extensive life of the panels and the ability to cut on-site. Petrarch panels can be salvaged or reused in new construction or the renovation of a building. Applications for reuse can be exterior and interior wall panels or decorative accent panels made with composite material.

Low Impact Cleaning and Maintenance

Petrarch composite stone panels contribute favorably to this strategy as they are extremely abuse-resistant, maintenance-free, and intended for life-of-the-building service. Petrarch panels can be cleaned with soap and water, and do not require any special cleaning supplies.

50-Year Industry-Leading Warranty

Petrarch composite stone rainscreen panels have a 50-year warranty with little change in physical properties. Petrarch panels are waterproof, easy to clean, highly resistant to impact, and have a Class A fire rating. They are composed of 52-55% of reconstituted natural stone, thus offering the appearance and texture of natural slate or stone in a large panel format that promotes sustainability. Exposure to the extremes of weather conditions and temperature on actual installations has proven the durability of the panels.

Omnis Embraces Circular Construction

Reusing C&D Materials to Reduce CO2

0 Million
Tons of C&D debris generated in the United States in 2018
0%
Total C&D debris generated by demolition in the US.
0%
World’s emissions produced by the building sector.

It is well known the construction and demolition industry (C&D) generates large amounts of waste and creates excessive CO2 emissions. Generally, demolition projects contribute significantly more waste than new construction projects. In fact, demolition represents more than 90 percent of total C&D debris generation, while construction represents less than 10 percent.1

Circular construction aims to replace existing take-make-waste systems with a circular system that designs out waste and pollution, keeps products and materials in use, and regenerates natural systems. Circular construction decouples economic activity from the use of finite resources and by placing value on waste as a commodity in itself.2  Think of buildings as “material depots” from which new buildings can harvest and reuse materials.

Renovation and reuse projects save between 50 and 75 percent of the embodied carbon emissions compared to constructing a new building.

Many rainscreen cladding manufacturers are repurposing products to be partially recyclable or reduce CO2 emissions in the production process. Steni® and Petrarch® rainscreen cladding panels are sustainably made of engineered stone and have a proven history of low CO2 emissions, reuse, and green building production practices.

3,819 35-year-old Steni Panels Were Recycled to Revive 1950’s Building

Recycled Steni Rainscreen Panels Revive 1950’s Building

Omnis Panels Are Reusable and Reduce Carbon Emissions

Steni Engineered Stone Rainscreen Panels
Petrarch Engineered Stone Rainscreen Panels

Low carbon footprint

Rainscreen façade panels from Steni have a low carbon footprint, producing 14–17 kg of CO2/m². Steni façade panels can be delivered to public waste treatment facilities at the end of their useful life. Steni waste is “inert” and has no impact on the external environment. All Steni panels have a life-cycle analysis and an Environmental Product Declaration (EPD).

Waste Management

Steni façade panels are packaged using wood, paper, and recyclable plastic. Steni sorts all waste internally in accordance with the Grønt Ansvar (Green Responsibility). Grønt Ansvar is a comprehensive program for documented and systematic waste management.

The packaging can be easily sorted at the construction site. Offcuts / left-over panels can be delivered as general waste for standard waste collection.

No Environmentally Harmful Substances

EU: None of STENI AS products contain substances on the REACH list.

Nordics: None of STENI ’s products contain substances on the REACH list, on the Norwegian priority list, the Sunda Hus priority list, or the Nordic Ecolabel Appendix 6.

Long Lifetime Calculation

The Life Cost Calculation (LCC) (NS 3454:2013) indicates the product’s resource consumption over time. Products from Steni have a low LCC. Steni engineered stone rainscreen panels have been reused/upcycled in renovating aging buildings. A long lifetime and low resource consumption make Steni panels an environmentally sound choice.

Pre-cut format Reduces Waste

Steni’s continuous production process allows you to choose from a wide range of standard formats, with a width of up to 1,195 mm and a length of up to 3,495 mm. This means that there is very little waste. Steni develops customized solutions with customers.

60-year warranty

Steni composite stone rainscreen panels have an unmatched 60-year warranty. That means minimal building maintenance – just simple cleaning – lowering lifetime costs.

Low-Emitting Materials, Adhesives and Sealants

Petrarch rainscreen panels content 0 g/l VOC at install. VOC content at manufacture site 6%.

Construction Material Waste

Petrarch rainscreen panels can be ordered cut to size at the factory thereby reducing or eliminating field cuts and waste at the construction site. Petrarch panels are shipped using a minimum amount of packaging material, primarily recycled cardboard and wood for a palletized base (2” X 4” wood studs and OSB plywood panels.)

These materials used for packaging are also common construction materials that can frequently be at the job site or by others.

Low-Emitting Materials, Adhesives and Sealants

The volatile organic content (VOC) of the cured panels is 0% at the time of installation.

Materials Reuse: 5% or 10%

Petrarch Wall Panels can potentially be reused due to the extensive life of the panels and the ability to cut on-site. Petrarch panels can be salvaged or reused in new construction or the renovation of a building. Applications for reuse can be exterior and interior wall panels or decorative accent panels made with composite material.

Low Impact Cleaning and Maintenance

Petrarch engineered stone façades contribute favorably to this strategy as they are extremely abuse-resistant, maintenance-free, and intended for life-of-the-building service. Petrarch panels can be cleaned with soap and water, and do not require any special cleaning supplies.

50-Year Industry-Leading Warranty

Petrarch engineered stone rainscreen panels have a 50-year warranty with little change in physical properties. Petrarch panels are waterproof, easy to clean, highly resistant to impact, and have a Class A fire rating. They are composed of 52-55% of reconstituted natural stone, thus offering the appearance and texture of natural slate or stone in a large panel format that promotes sustainability. Exposure to the extremes of weather conditions and temperature on actual installations has proven the durability of the panels.