Water REUSE has huge potential for sustainable energy production. Some industries produce waste with high concentrations of organic pollutants: as a result, they are able to generate biogas that fully meets the energy needs of their manufacturing facilities.
Waste-to-Energy
Industrial companies are increasingly opting for Waste-to-Energy (WtE) or Energy-from-Waste (EfW). Biomass contains a diverse mix of waste from organic material and can function as a valuable source of renewable energy.
This can range from animal waste and plant material to agricultural waste and organic components of municipal and industrial waste.
Expertise in green energy
Green energy or renewable energy is generated from natural, renewable sources. The most well-known are wind and solar energy. But did you know that hydropower and biomass are also renewable sources?
Ekopak provides you with solutions for making the most efficient use of the energy produced from water processes. Global Water & Energy (GWE) has been operating as part of Ekopak Sustainable Water since 2023. GWE is a specialist in solutions for treating industrial wastewater and producing green energy.
Biogas valorization
Converting biomass into energy reduces your company’s carbon footprint, as well as its reliance on fossil fuels. This is made possible through biogas recovery. When this process is carried out under controlled conditions, the biogas produced can be captured safely and used.
Biogas burners
Take advantage of more than 35 years of practical experience in the application of biogas as a fuel. Our biogas burner modifications are adjusted in such a way that all of the biogas produced is used as fuel at all times. This is done without the use of a gasholder – which is expensive and dangerous.
We also provide burners and boiler adaptations needed to use the biogas produced in single and multiple fuel set-ups.
Types of biogas flares
We offer four different types of flare:
- Elevated Flare of Candlestick-Type: simple, inexpensive flare with free, visible, ‘raised’ flame.
- Shielded Flare: mainly concealed flame inside a ‘shield’.
- Ground or ‘Enclosed’ Flare: a flare where the flame burns inside a stainless steel chimney. An invisible flame, two-step ignition and high-temperature combustion are key features. When strict emission levels are required, a ground flare should be used.
- Portable Flare: portable flare installed in a container or mounted on a skid for portability.
Generators for green energy
Biogas can be used as fuel in electric generators consisting of a standard biogas-adapted diesel engine and an alternator. These types of power generators are available in different power ratings, from small units of less than 100 kW up to as much as 1700 kW.
You’ll find more information about biogas valorization on the website of our subsidiary GWE.
FAQ
Biogas valorization converts biomass into usable energy. This reduces the environmental footprint and dependence on fossil fuels. Under controlled conditions, the biogas produced is safely captured and used as fuel, for example in biogas burners or generators.
Waste-to-Energy, also known as Energy-from-Waste, converts organic waste into renewable energy. Biomass can include animal and plant waste, agricultural waste, and organic components from municipal and industrial waste.
Ekopak offers four types: the Elevated Flare, with a visible flame; the Shielded Flare, with a largely concealed flame; the Ground or Enclosed Flare, with an invisible flame for strict emission standards; and the Portable Flare, which can be transported in a container or mounted on a skid.
Wastewater treatment generates organic waste with high concentrations of contaminants. This waste produces biogas, which can then be used as an energy source. This creates a circular approach that combines wastewater treatment with energy production.
Biogas is used as fuel for electric generators consisting of a biogas-adapted diesel engine and an alternator. These generators are available in a wide range of power capacities, from small units below 100 kW to large installations of up to 1,700 kW.
