Hidrólisis Térmica integrada (HT-i)

Integrated Thermal Hydrolysis (i-TH)

Advanced anaerobic digestion | Monetize organic waste

Más biogás

Increased biogas yield

Renewable energy | Climate change mitigation

Hygienized biosolid EPA Class A

Hygienized biosolid (EPA Class A)

Lower biosolid volumes | Circular economy

Thermal Hydrolysis

Thermal Hydrolysis

Thermal Hydrolysis is the pre-treatment that overcomes anaerobic digestion´s main limitation (the hydrolysis step).

The result is a more biodegradable organic waste, increased biogas yields and reduced sludge volumes and management cost.

The resulting, high-quality biosolids are organic fertilizers of use in agriculture and the hydrolyzed, low-viscosity material doubles digester loading rates, debottlenecking existing plants and avoiding capital expenditure.

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Benefits

Beneficios teCH4+

Blog entries

Pinch analysis in TH4+ design

Pinch analysis in TH4+ design

Based on solid thermodynamic principles and supported by intuitive graphical representations, Pinch Analysis is the tool of choice in process engineering to optimize energy integration of new and existing.

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Elsevier

OPTIMUM ENERGY INTEGRATION OF THERMAL HYDROLYSIS THROUGH PINCH ANALYSIS

ABSTRACT
Anaerobic digestion, a well-established technology to generate biogas from sewage sludge, is constrained by the hydrolysis (or solubilization) stage. Several pretreatments attempt to overcome.

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IWA 2014 Honour Award to Continuous Thermal Hydrolysis

IWA 2014 Honour Award to Continuous Thermal Hydrolysis

The International Water Association (IWA) presented its «2014 Europe and West Asia Regional Awards» on 25 June 2014 at a ceremony in Brussels (Belgium), during the Water Innovation Europe.

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