Separates and Purifies Liquids with Precision

The Kerasep™ ceramic membrane filtration system by Applexion provides innovative solutions for complex filtration challenges across various industries, including food and pharmaceuticals. It employs a tangential flow filtration method to efficiently separate impurities, utilizing high-performance ceramic membranes known for their durability under extreme conditions, including high temperatures and pH levels. Ideal for applications such as lactose-free milk, vitamin-enhanced protein powders, and biopharmaceutical purification, this system ensures high product yield and quality.

Operating in batch, fed-batch, and continuous modes, the Kerasep™ system adapts seamlessly to different production scales, offering flexible integration with existing lines. Its energy-efficient design features ceramic membranes that maximize filtration capacity with minimal pressure loss, reducing energy consumption and operational costs. The system’s robust construction ensures long-term reliability, with materials like stainless steel providing excellent corrosion resistance essential for demanding industrial processes.

Designed for ease of maintenance, the Kerasep™ system integrates a comprehensive Cleaning-In-Place (CIP) mechanism, facilitating thorough, hassle-free cleaning to maintain optimal performance and hygiene standards. Fully customizable, this system can be tailored to meet specific processing needs, supported by Applexion’s engineering expertise, ensuring a precise fit for your production requirements.

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Save time with a continuous extraction system for CBD oil

Devex’s CryoEXS is a time-efficient solution to extract crude CBD oil from cannabis or hemp. It uses cold (-40 C) Ethanol as a solvent to extract useful substances. The equipment is available in 3 sizes depending on the capacity of dry cannabis biomass throughput.

The dried cannabis is fed into the extractor simultaneously with the cold ethanol. This method helps avoid the extra 24 hours of extraction process needed for the winterization step used in traditional methods to eliminate undesired elements from the extract such as fats, waxes, pigments, etc. Additional cannabinoid losses that can occur during the winterization step are also avoided.  Then the mass is recirculated to achieve a highly efficient extraction. The crude CBD oil is then ready for short part distillation. The ethanol used in the extraction process is then sent back to the tank for purification and reuse.

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Save operational costs and reduce emissions while drying sewage sludge

Dorset’s plate belt dryer offers you an efficient and uniform way of drying sewage sludge to be recycled. It uses a belt of perforated steel plates which significant lowers air resistance, resulting in the lowest electric energy consumption of the ventilators.

Post dewatering of the sludge, a dry matter content of 90% can be achieved using the belt dryer for sewage sludge. The dryer plates are galvanized and powder-coated, in order to provide enough protection against aggressive substances. It can also carry a high layer of product on top. It has been configured with wide holes such that the belt does not need cleaning. Its heat recovery unit provides you with an increase in heat-efficiency.  All of its features ensure that your end products continuously have homogeneous qualities after the drying process.

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Save energy consumption with a cost effective and sustainable dryer for digestate

The Dorset drying system uses the residual heat produced at biogas installations for the drying of manure and digestate remaining after anaerobic processes. It can be used year-round and is a cost-efficient alternative to the emergency cooler. The electricity consumption on this system is relatively low. It also keeps the airflow through the product extremely low, to prevent dust from being generated.

One of the primary technical advantages of the belt dryer for digestate is its smooth coated perforated steel plates. Its sturdy belt permits a thick layer of manure (15 – 18 cm) to be evenly distributed across the full width of the plates, ensuring a highly efficient drying process. The efficiency of the belt allows the dryer to be constructed in a compact configuration.

The dryer operates fully automatically and requires no manual input. It can be monitored remotely if required. It can help you achieve various end products depending on the input and the techniques used.

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Converting organic contamination into methane-rich biogas

GWE’s FLOTAMET Anaerobic Digestion System is designed for high Fat, Oils, Gases (FOG), and Total Suspended Solids (TSS) in waste streams. The FLOTAMET system’s superior FOD and TSS removal efficiencies in increasing biogas production and improving wastewater effluent quality have been confirmed in several industries and different types of hard-to-treat wastewater.

A winning combination of GWE technologies achieves outstanding treatment effects by removing unmatched fat, oil, grease, and solids, simultaneously converting organic contamination into methane-rich biogas.

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A complete and optimized Waste-to-Energy Anaerobic Solution

The Global Water & Energy’s Raptor system is a waste-to-energy process using micro-organisms to break down biodegradable material in waste, such as unused feedstock or stubble to digest it. It transforms almost any organic residue into biogas using a robust, liquid-state anaerobic digestion process. It uses an enhanced pre-treatment method followed by multi-stage biological fermentation. These advanced conversion efficiency measures include enzymatic, chemical, thermal, biological, and mechanical techniques.

The cycle concludes with harvesting the unconsumed digest residue for soil improvement, refining the biogas, and using it to generate heat or electricity. The Global Water & Energy’s Raptor system processes food waste, agro-industry / industrial residues, and energy crops grown for the purpose, such as corn silage, various grasses, and algae. Moreover, the undigested by-product may be used as compost or agricultural fertilizer as part of the recycling solution.

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A Fast, High capacity EGSB Wastewater Treatment Plant

The Global Water & Energy’s Annubix T is a fast-flowing process that uses bacteria to degrade the sludge, producing a biogas by-product in turn. Raw industrial wastewater needs to be pre-treated in order to prepare for the process. It is a reliable system with ultra-high organic loading capacity and a minimal footprint.

During the process, the wastewater passes through two separate layers of anaerobic sludge. It then enters a special three-phase separator at the top of the reactor tank, separating the treated water from the produced biogas. Besides, the treated effluent leaves the system via a collector pipe. Finally, the biogas is ready for further conditioning or burning off in a biogas flare.

Optional customization and enhancements are available for pre-settling solids, degassing, and heating or cooling the liquid based on your requirements. This process can be used to treat industrial wastewater from breweries, soft drinks & other beverages production, paper mills, starch production, etc.

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