Two decades of advanced research
COMBIT offers revolutionary, physical, frequency based fluid treatment and fuel conditioner technology for non-chemical liquid treatment along with lake or river remediation, bringing double-digit energy savings and environmental revolution with no investment needed.
Potential changes achieved in the system of a heat plant
- Double-digit savings on fuel
- Savings on heat production due to increased eveporation heat rate – 8%
- Savings on heat production and distribution due to higher heat capacity + 12%
- Electricity savings on circulation pumps due to increased fluidity
- Elimination of gases
- Reduction or elimination of chemical native elements
- Permanent removal of all types of fouling in process water circuits
- Faster heat exchange due to change in media fluidity
- Strengthening of the coagulation and sedimentation process
- 100% on chemical agents (eliminated need for antiscalants, dispergators, biocides)
Solution and Business Model
SOLUTION:
Our technology can solve many problems. In general, the use of water treatment chemicals is greatly reduced and in some cases even eliminated. Removes scale and corrosion and prevents their further formation. In addition, it reduces fuel consumption, greenhouse gas emissions and air pollution in the system in which the device is installed. Other benefits include reduced hydraulic circuit maintenance costs and increased system life.
BUSINESS MODEL:
Our strategically dominant business model is the ESCO model. Starting with a step by step analysis of the condition, specification and proposal of the solution, then follows the signing of the contract, the concept of measurement, the project proposal, technical documentation, installation and finally commissioning, which leads to invoicing and distribution of profits. We also offer the possibility of selling and renting the business model. We currently have many projects in development spanning many different countries.
Benefits of our technology
- Reduction of fuel consumption
- Reduction of greenhouse gas emission and air pollution
- Reduction of chemicals for water treatment
- Removal of existing encrust and corrosion
- Prevention of creation of new encrust and corrosion
- Reduction of electricity consumption and power output stabilization
- Reduction of hydraulic circuits maintenance costs and system lifespan prolongation
- Significant decrease of negative environmental impact