RECOVERY AND VALORIZATION
In many production processes, there are resources that are currently disposed of as waste but can be recovered, reused, or transformed into new value. Disposing, in fact, has a cost, while recovering often pays off: water can return to the process and waste can become by-products with market value.
The principle is always the same - separating water means concentrating what remains, and what remains can often make a difference. This is where we start: we help companies identify these opportunities and transform them into concrete solutions, measurable in economic terms.
We primarily intervene where production processes generate large volumes of water: fruit juices, concentrates, beer, and olive oil mill wastewater. The recovered water is made reusable for various purposes: washing machinery and plants, steam production, irrigation, or discharge into surface waters in compliance with regulations.
The result is twofold: water consumption is reduced, and purification costs are cut.
Every process is different, but the logic doesn't change: what is currently disposed of as waste can often be valorized. In the olive oil industry, for example, wastewater releases high-value components such as polyphenols and active ingredients; concentrated sludge can become an agricultural soil conditioner or fiber, and oil or functional fiber can be recovered from pomace.
The same principle applies to the pharmaceutical, nutraceutical, and cosmetic sectors, where intervention is made, for example, to recover molecules.
In many cases, disposal as waste is entirely avoided. This is what happens, for example, with grape seeds: we first recover polyphenols from them, then dry and press them to extract oil, and finally use the residual fiber to produce energy. From one processing residue, three valorized resources and no waste to dispose of.
We propose recovery and valorization only when a concrete return is expected, never on principle. The process starts with a process analysis and an economic evaluation of what can be recovered or valorized; this is followed by laboratory tests, to verify that the component of interest is actually present and obtainable in useful quantities. Only then do we identify the most suitable solution, also drawing on experience gained from similar processes in other companies.
Want to delve deeper into a specific application or evaluate your company's context? Request a technical consultation to clarify needs, objectives, and development opportunities.