Alcohol and bioethanol Industry
CH.E-Industry Group provides comprehensive engineering solutions for distillery and bioethanol plants, including technology development, design, equipment manufacturing, installation, and commissioning.
The main area of focus is the processing of distillery stillage and by-products with the implementation of integrated technological solutions.
We implement solutions for DDGS production using in-house manufactured decanter centrifuges, which ensure efficient separation of stillage, increased recovery of protein components, and reduced energy consumption for drying.
We also implement projects for the methanization of distillery stillage with the production of biogas, electricity, or biomethane, including the full cycle — from technology selection to implementation and integration into the plant’s energy infrastructure.
Key solutions for distilleries
- decanter centrifuges for separation of stillage into liquid and solid fractions
- process audits of production
- optimization of existing technological processes
- design and supply of process equipment
- solutions for DDGS production
- solutions for treatment of process water
- systems for treatment of water after raw material washing
- design and manufacturing of custom (non-standard) process equipment
- service, repair, and modernization of existing equipment
- organization of the methanization process of distillery stillage
Economic and operational advantages from eliminating energy-intensive thermal drying
Mechanical dewatering preserves coal's chemical composition, maintaining its natural properties without alteration
Up to 30-50% energy savings compared to thermal drying, which reduces overall energy costs
by 10-30% through eliminating costly thermal drying systems
by 15-20% through faster and more efficient dewatering process
by 20-30%, as centrifuges require less servicing compared to thermal dryers
Other technological solutions
Comprehensive engineering solutions: from process audits and design to the construction of beneficiation plants and installations, as well as the manufacturing, modernization, and repair of processing equipment; solutions for improving process efficiency, dewatering, slurry treatment, and recovery of additional marketable products from waste.
Engineering solutions for the processing of mineral raw materials and beneficiation waste with recovery of valuable components and improvement of production efficiency; implementation of process audits, process modernization, and equipment supply for both operating and new facilities.
Engineering solutions for sugar plants, including systems for treatment and reuse of water after beet washing; implementation of equipment, including centrifuges, as well as their service and modernization.
Engineering solutions for water treatment and wastewater purification, including mechanical dewatering and phase separation, as well as reagent selection and optimization; ensuring stable treatment quality, water reuse, and reduced load on treatment facilities.
Solutions for processing agricultural raw materials and livestock waste, including drying, granulation, and centrifugal separation and dewatering of organic materials; optimization of production through the implementation of equipment, as well as process automation and modernization.