RECYCLING WASTE AND RESIDUES INTO ENERGY, WATER TREATMENT AND CLEANING FOR A SUSTAINABLE FUTURE
Innovation in solid waste recycling and water purification – WTE, transforming recyclable and non-recyclable waste into clean energy and recycled materials.
We generate profits throughout the recycling chain, promoting high sustainability in our operations, as well as developing a high social impact economy in communities and regions, generating more jobs, training, education and economic empowerment.
Investing in companies and social entities aimed at environmental sustainability and a conscious economy is the most effective way to combat solid waste in landfills and waterways, effectively contributing to less pollution on the planet.
The current reality of the planet’s unsustainability and local social goodwill are insufficient to address the daily tons of waste that are not reused or transformed into cleaner materials.
Investing, guaranteeing a secure annual return of at least 10% per year, in innovation projects and companies that aim for “glocal” sustainability, is the way to capitalize on your best investment and actively contribute to public health, future sustainability, education and a culture of expanding human consciousness.
For more information, please contact us.
HOW WE DO
We establish the standard for the application of the most innovative and efficient technology for each type of waste, achieving its greatest profitability:
Biogas electricity generation is the ideal solution – Biomethanisatio), although the initial investment is a bit high, the availability coefficient of this industrial unit is the highest of renewable energies, the quality of supply is constant and between 8,000 and 8,400 hours of operation per year can be guaranteed. The energy is distributed and consumed in the same place where it is generated.
The recovery of non-organic waste is carried out by transforming it into biofuel thanks to Craquing Cataitic technology – Flash Pyrolysis. The resulting fuel is in the range of “Hydrocarbons with high Cetane Index”, i.e. it improves combustion performance, greater lubrication that extends the life of the injection pump and injectors, etc.
The production of high-quality biofertilizers as a result of the final digestate – final undigested organic matter when producing biogas, rich in Ammonium Nitrate.
WHAT CAN THE ISPOT GROUP DEVELOP TOGETHER WITH YOUR COMPANY IN THE AREA OF WASTE RECYCLING AND ENERGY?
Technical support and consulting services for municipalities, industrial companies, and public institutions.
Analysis and evaluation of raw materials, market research, financial and engineering strategies adapted to the needs of each project, development of financial plans.
Legal technical support for legal procedures for project approval, basic and detailed engineering, studies of international legislation.
We develop and deliver complete turnkey engineering projects for industrial plants – industrial units.
We build all the infrastructure and plants of industrial units.
Support and development of optimized process flows based on many years of industry experience.
We provide full on-site construction supervision with qualified and experienced specialists.
We develop all contracting and cooperation support for suppliers and buyers.
We provide support for the completion of all testing phases inherent in project implementation.
We provide support, professional technical training, and training for all industrial plant project teams in all languages.
We provide audit and certification services both in the initial phases and during project execution.
WE ESTABLISH THE STANDARD FOR APPLYING THE MOST INNOVATIVE AND EFFICIENT TECHNOLOGY FOR EACH TYPE OF WASTE, ACHIEVING MAXIMUM PROFITABILITY, FOR EXAMPLE:
- Electricity generation from biogas is the ideal solution – biomethanization. Although the initial investment is somewhat high, the availability coefficient of this industrial unit is the highest among renewable energies, the quality of supply is constant, and between 8,000 and 8,400 hours of operation per year can be guaranteed. The energy is distributed and consumed in the same location where it is generated.
- The recovery of inorganic waste is carried out through its transformation into biofuel thanks to catalytic cracking technology – flash pyrolysis. The resulting fuel is in the “high cetane number hydrocarbon” range, improving combustion performance, providing greater lubrication, extending the service life of the injection pump and injectors, etc.
- Through the production of high-quality biofertilizers from the final digestate – undigested organic matter in biogas production, rich in ammonium nitrate.