Additionally, if residual energy is used for floor heating, transforming the plant into a hybrid or fully thermal drying system, evaporation rates of up to 4 tons of water per m² per year can be achieved.
The final product obtained in both cases, with dryness levels of up to 99%, depending on client requirements, can be used as organic fertilizer or as a substitute for primary fuels due to its high lower calorific value—where 3 tons of this product are equivalent to 1 ton of coal.
In all waste treatment processes, special attention must be given to the odors emitted into the environment, ensuring compliance with current regulations.
With the goal of achieving the highest efficiency while maintaining the lowest possible operating costs throughout the facility's lifespan, emission treatment lines are incorporated using biological processes. These methods do not require chemical reagents, relying solely on water and absorption/adsorption processes.
In this regard, biotrickling, bioscrubber, bio-desulfurization, and activated carbon treatments, available through our represented partners, represent a significant technological advancement and contribute to cost savings in operational expenses.
B2S is the exclusive commercial representative of the sludge sonication technology (GSD) patented by VTA.
Sonication is a pre-treatment applied to a fraction of the sludge before it enters anaerobic digestion. This process uses reverse flow disintegration (GSD) with ultrasound, achieving several key benefits:
Increased biogas production.
B2S is the commercial representative of VTA system products. Proven technology in more than 70 countries.
These products are state-of-the-art chemical solutions that adapt to the increasing demands of wastewater treatment, improving the efficiency and sustainability of treatment plants:
With VTA Liquid Engineering's innovative processes, we offer a customized solution concept for every application, whether for wastewater treatment, process water, or drinking water.
Certified System:
ISO 9001:2015
ISO 14001:2015
ISO 45001:2018