Low-carbon, durable waterproofing in line with climate goals
At Smart Sealed, we understand sustainability as a core philosophy of our business. The cement industry is the second largest producer of CO2 and therefore concrete production plays a significant role in the carbon footprint.
By implementing our experience and the portfolio of our reliable partner – Kryton, we can provide effective and realistic comprehensive solutions, keeping a green behaviour within the framework of the COP26 climate goals in the sector.
Kryton’s crystalline technology provides durable and permanent concrete waterproofing and long-lasting stable structures without compromising on the environment. It helps to reduce the project’s carbon footprint and achieve sustainability goals, preserving the health of nature.
Kryton’s solutions, which we have been presenting in the Balkans and Eastern Europe for over 10 years, lead to an extended service life of the concrete, reducing the need to replace or repair the waterproofing during the life of the structure, with a much lower life cycle impact and costs.
Kryton’s KIM delivers proven, sustainable benefits for durable, eco-friendly concrete:
- Third-Party Verified Sustainability:
KIM has an Environmental Product Declaration (EPD) independently verified
- Supports Low-Carbon Concrete Mixes:
KIM enables reduction in cement content by enhancing concrete durability with supplementary cementitious materials, supporting lower-carbon mix designs (EPD).
- Zero VOCs & Safer Indoor Air:
By replacing surface membranes and sealers, KIM eliminates VOC emissions, improving worker safety and indoor air quality.
- Certified for Drinking Water Applications:
KIM is certified to NSF/ANSI Standard 61, making it safe for use in potable water infrastructure. (EPD)
- End-of-Life Advantage:
Concrete containing KIM is, reducing construction and demolition waste. (EPD)
- Proven in Harsh Conditions, including Marine conditions:
A long-term independent study in Hawai confirmed KIM’s outstanding performance in tidal marine exposure. (EPD and independent report)
Lowering Lifetime Carbon Footprint
Reducing Construction Waste
Ensuring Worker Health & Safety
Supporting Community
Earn LEED Points with Smart Sealed
By using the Smart Sealed solutions, based on Kryton’s technology, we estimate your contribution to the health of the nature by the LEED points across the following categories:
Site Development: Protect or Restore Habitat – up to 2 points
Kryton can help reduce site disturbance as Krystol Internal Membrane (KIM) waterproofing admixture is added directly to the concrete mix, eliminating the need for extra excavation to accommodate surface-applied waterproofing membranes.
Heat Island Reduction – up to 2 points
Kryton can help waterproof green roofs and suspended slabs.
Rainwater Management – up to 3 points
KIM is often used to waterproof concrete stormwater runoff cisterns. This Low Impact Development (LID) technique collects water for future use, promoting water conservation and reducing water utility costs.
Building Life Cycle Impact Reduction – up to 3 points
Kryton’s products can repair concrete during renovations, increasing both the durability and service life of the structure.
Construction and Demolition Waste Management – up to 2 points
KIM’s pulpable paper bags can be added to the concrete plant mixer or truck unopened, eliminating all
packaging waste. Additionally, concrete with KIM can be recycled after demolition, unlike concrete with
surface-applied membranes.
Low-Emitting Materials – up to 3 points
KIM and Krystol T1 & T2 Waterproofing System contain no volatile organic compounds (VOC) and can replace VOC emitting paints, sealers, and membranes.
Construction Indoor Air Quality Management Plan – up to 1 point
Krystol products can replace VOC materials and do not expose workers to VOCs.
Indoor Air Quality Assessment – up to 2 points
KIM and Krystol Waterstop System are VOC-free and can help meet air quality test requirements.
Innovation and Design – up to 5 points
KIM frees designers from the constraints of using a surface-applied membrane.

