Industry: Environmental Protection Region: Germany Transaction Price: USD 1 million Transaction Method: Equity Investment
Project introduction:
A German s mall and medium-sized enterprise provided a new technology for pathogen elimination and oxidation of pollutants and volatile organic compounds (VOC). It combines the advantages of heat exchanger (heat storage and recovery) and catalytic technology to form a compact, scalable and energy-sa ving air purification system. And the flexible and adaptable system is suitable for crowded indoor places and industrial production places with high emissions. Business agreement for the company to seek technical assistance.
Many industrial production waste gases and harmful organic compounds and pollutants in waste gases, as well as corona virus and other pathogenic bacteria in the current ambient air, pose a serious threat to human health and the environment, and corresponding measures are needed to effectively reduce them. In recent years, a series of methods and systems ha ve been developed and implemented, but there is still great potential for improvement in performance, energy efficiency and flexibility.
A German company has developed a new oxidation technology of volatile organic compounds (VOC), which combines the advantages of heat exchanger (heat storage and recovery) and catalytic technology to form a compact, scalable and energy-sa ving air purification system for degrading volatile organic compounds and other pollutants, such as pathogenic bacteria. According to specific applications (emissions from various industries, pathogens in public rooms, such as hospitals, schools, waiting areas in medical practice …), the system can be adjusted in size, scale, performance and capacity. And customized design of catalyst components allows further optimization and adaptation to specific pollutants existing in specific (exhaust) gas streams on site. Including:
Monomer, butadiene and plasticizer in plastic production and processing;
Methanol, ethanol, other solvents for cleaning, disinfection, paint;
Formaldehyde, adhesive and epoxide in biochemical process of furniture production, paint and adhesive bonding;
Carbon monoxide and hydrogen in combustion, roasting and chemical processes;
Benzene, toluene, ethylbenzene and xylene in polymer processing, oil refining and natural gas processing;
Or pathogenic bacteria in private indoor environment, including corona virus and influenza virus.
Therefore, flexible, modular and scalable air purification systems are suitable for many public places and industrial departments and processes:
Plastic technology (extrusion, injection molding, granulation, plastic production, plastic refining, plastic processing);
Printing process (additive manufacturing, packaging printing, advertising material printing);
Laser technology (cutting, welding, sintering, additive manufacturing, lightweight structure, piercing, melting);
Chemical and pharmaceutical processes (manufacture and measurement of active substances, oil refining and natural gas processing, synthesis methods, residual gases);
And drying and sintering process (wood, ceramics, natural products, electronic products);
Manufacture of food (frying, baking and grilling process);
Surface treatment (cleaning, coating, disinfection, painting);
Textile processing and packaging (fabric, paper, cardboard, foil);
Hospitals, medical clinic waiting rooms, offices, public buildings, schools, etc.
Based on the commercial agreement of technical assistance, the company seeks to cooperate with industrial companies in the above industries and owners or operators of public buildings, schools, hospitals, etc. The company provides preliminary engineering and consulting, system adaptation for specific applications, customized installation and corresponding technical support. On this basis, various personalized bilateral agreements can be negotiated.
Advantages of the project:
Main facts:
By using HEPA H-14 particulate filter which has been tested separately, bacteria and particles, including corona and influenza virus, are reduced to the utmost extent, and safe and clean air is provided for health.
Improve the productivity and performance of rooms with an area of less than 100 square meters.
Economical operation with low life cycle cost
Achieve sustainable development through local supply chain and high quality and stable quality made in Germany.
Rising efficiency:
The heat recovery rate of the regenerator is more than 97%.
Energy sa ving up to 90%
Cost-sa ving alternative can a void burning fossil fuels in exhaust gas purification.
A vailability, space requirements and flexibility:
Scalability of modular structure and standard system coupling
Easy to install-plug and play
Easy to integrate into existing systems
An economic alternative to adsorption by almost complete heat recovery
Compliance with legal requirements:
It is suitable for odor absorption and oxidation of trace gases.
The concentration of pollutants decreased by ≤12g/m3, which was lower than the limit of clean air method and MAK.
Protect the environment:
Compared with other thermal systems on the market, this technology is obviously better for the balance of energy and carbon dioxide.
Although the degradation rate is high, the energy consumption is low
Looking for partner type:
The company seeks to cooperate with industrial companies in the fields of printing technology, plastic processing, laser processing, chemical and pharmaceutical processing, drying and sintering processing, food manufacturing, surface treatment, textile processing and packaging. In addition, we also seek cooperation with the owners or operators of public buildings such as schools, hospitals, medical institutions and office buildings. The cooperation is based on the commercial agreement of technical assistance. The company provides preliminary engineering and consulting, system adaptation for specific applications, customized installation and corresponding technical support. On this basis, various personalized bilateral agreements can be negotiated. Potential partners should provide different technical specifications to adapt the air treatment system to the specific envisaged application and integrate it into the existing air treatment system as a new one.