smartchem (SCM) is a profit participation token, to be issued by German based intelligent fluids GmbH. Each token allows the holder to participate in up to 29% profits of intelligent fluids profits
intelligent fluids is a technology company designing and producing innovative high-performance cleaning fluids that are unique in the world.
Located in Leipzig, Germany
intelligent fluids intends to use the funds raised from the proposed STO to scale current operations for global growth with demo labs and production sites in target markets. We reduce damage to the environment by replacing harmful solvents with intelligent fluids and by that creating a positive impact to the planet
50 existing clients and growing
26 technology patents approved
On average each of our target clients have
a demand of 300 tons of intelligent fluids per year
Market presence: USA, Germany, UK, France, Turkey, China, South Korea, Japan, Taiwan
|Parameters||Private Pre Sale||Public Main Sale|
|Price per SCM token||€ 0.04||€ 0.10|
|Profit Participation in %||4.0 %||8.0 % - 29.0 %|
|Hard cap||€ 1,5 million||€ 10 million|
|Minimum investment||€ 100,000||€ 500
|Planned Start||mid June 2020||Q4 2020|
|Planned End||mid August 2020||Q2 2021|
smartchem (SCM) is a security token with subordinated profit participation rights up to 29%, to be issued by Leipzig-based (Germany) intelligent fluids GmbH.
When taking part in the token sale, you can help scale and grow one of the most exciting chemical projects in the market today.
smartchem (SCM) Private Pre-Sale for qualified investors with a minimum investment of € 100,000 aims to run from mid June 2020 to mid August 2020. SCM is subsequently, planned to be listed on digital asset exchanges to allow for further tradability.
Keeping global industries clean in a sustainable, non- hazardous way is one of the largest unsolved problems in todays world. Not only does this take a huge toll on the environment, it is also harmful to human health. Reality has also shown that these severe problems do not provide enough incentives for businesses to address the issue. Profitability remains the only concern.
Luckily, the groundbreaking solution to all these issues has finally arrived. Leveraging physical effects instead of chemical dissolution, intelligent fluids® revolutionize the way we clean industries. The patented technology is both much more efficient than conventional solvents and 100% harmless to people and the environment. These qualities make intelligent fluids® the only sustainable, future-proof way of keeping our industries clean.
intelligent fluids has the potential to revolutionize the chemical industry into the solvent-free era of stripping and cleaning – while meeting UN goals and complying with EU regulations.
In regards, to EU regulations, which is one of the strictest regulations on the industry limiting the usage of harmful chemicals, intelligent fluids is leading the trend towards sustainability by using physical principles instead of toxic substances.
The technology intrinsically supports 10 (colored in the graphic below) out of the 17 Sustainable Development Goals defined by the United Nations (UN SDG.17), while the company supports the remaining seven by sponsoring involved institutions, NGO’s and parties.
About 322 million tons (2013) of toxic and harmful chemicals are produced every year across the EU alone. Worldwide, over 80% of all waste water returns to the environment without being treated (WWAP, 2017). As a result, severe health-risks and high potential damage to the environment derive from common chemical solvents’ usage in industrial cleaning processes. Therefore, regulators and consumers are demanding more sustainable, environmentally-friendly cleaning solutions, which has put traditional chemical producers under the pressure of losing important customers to companies with more sustainable and powerful solutions like intelligent fluids®
Risk to human health
direct and indirect cause of health issues, diseases and death
Loss of time and money
high cost of ownership, energy consumption, equipment costs
low performance, low yield
huge damage to plants, soils and animals
complex regulatory framework with increasing restrictions
We use physics-based cleaning process (instead of chemistry-based) that makes the technology unique. The patented technology of intelligent fluids® combines gentle ingredients to tailor-made phase fluids that remove contaminants effectively and gently.
We have 26 patents approved already and 25 pending.
Net-like, highly dynamic structures within the intelligent fluids are the key to this amazing effect. Therefore, intelligent fluids are able to penetrate, fragmentate and eventually lift-off even persistent impurities and heavy deposits in a gentle way.
Lower cost – bigger performance
- up to 65-70% energy reduction
- up to 70% less consumption
- 100% regulatory compliant & future proof
Zero risk to human health
- dermatologically approved
- no toxics
- no hazards
No damage to the environment
- non inflammable
- water-based & less waste
Numerous other awards and nominations were handed over to intelligent fluids beforehand already:
- BVMW: the company of the month
- Innovation Award Central Germany
- Industry award (nomination)
- Innovation Award – Sachsen (3rd place)
- KFW-Company Award: Founder Champions
- Sustainable Entrepreneurship Award (best 35)
- Germany – Land of Ideas (1 out of 365 locations)
- NOURYON – Imagine Chemistry Award (2019)
Due to intelligent fluids there is a cleaner with physical function which is not only compatible with CMOS but can also be integrated in semiconductor manufacturing.
intelligent fluids show tremendous cleaning results in 4K/8K FPD manufacturing with a unique physical lift-off effect.
Even a strongly stressed photoresist that could not be removed with a NMP-based stripper was easily stripped by an intelligent fluid.
intelligent fluids delivers the next generation of stripping and cleaning for semiconductor manufacturing and related industries. It’s a pleasure to offer customer an efficient alternative to aggressive chemistry such as NMP or acetone.