Research & Development
Since 2001, GreenPower has been developing and manufacturing equipment for environmentally safe charcoal production, and since 2008, installations for bioenergy and biochar production. Our technologies cover the full cycle: from pyrolysis, gasification, and charcoal activation to the serial production of installations with automated control systems (ACS). GreenPower solutions include patented technologies and environmental engineering, ensuring high quality, stability, and compliance with international standards for responsible emissions control and optimization of production processes. Our developments and the applied technologies encompass automation engineering, carbon capture and sequestration technologies, including carbon (CCS) capture and storage, contributing to more environmentally safe production. GreenPower also designs chemical processes and biomass gasification, ensuring integration of renewable energy technologies.
GREENPOWER offers comprehensive engineering services
DESIGN OF PYROLYSIS INSTALLATIONS: Design and development of equipment adapted to customer needs and international standards:
Scientific substantiation of technological concepts and processes
– Laboratory, model, and industrial experiments
– Development of pyrolysis installations and auxiliary equipment
– Computer and 3D modeling of technological processes
– Selection of materials and components
– Development of carbon dioxide utilization systems
– Development and integration of ACS for automation and process optimization
– Development of systems for electricity generation from biomass
PRODUCTION OF PYROLYSIS INSTALLATIONS:
– Manufacturing of pyrolysis installations and their auxiliary elements
– Organization of serial production at the Customer’s facility
– Quality control organization at the Customer’s facility
– Supply of materials and components for the production of pyrolysis installations and their auxiliary elements
SERVICE OF PYROLYSIS INSTALLATIONS:
– Service support at all stages of operation of pyrolysis installations
– Commissioning and training of Customer personnel
– Technical support for the Customer
– Online monitoring of equipment operation
RICH EXPERIENCE IN RESEARCH AND DEVELOPMENT.
Over the years, GreenPower specialists have completed numerous projects:
– From 2001 to 2004, around 60 “ALENKA” charcoal kilns were produced, featuring several advantages.
– From 2004 to 2008, more than 300 “Ashless” installations with various modifications were released.
– In 2000-2010, the project of the Perechyn Forestry Chemical Plant with a monthly capacity of 2,500 tons of charcoal was implemented, and briquetting processes were mastered.
– From 2008 to 2018, over 260 eco-kilns UP EURO were produced, which successfully operate in various countries.
– Since 2018, more than 200 EKKO kilns and over 10 Bio-kilns have been manufactured, in demand worldwide.
– 2020-2023 saw improvements in the designs of pyrolysis installations and their components: EKKO-2, BIO-KILNS of all modifications.
– 2023-2024 establishing production of pyrolysis installations in various regions: Indonesia, South Korea, Brazil
GREENPOWER HISTORY
GREENPOWER TEAM
GreenPower implements projects internationally, adapting solutions to local features and needs. We not only manufacture equipment but also provide comprehensive engineering and service solutions to ensure long-term and uninterrupted operation of pyrolysis installations.
Diagram classification of kilns for charcoal production
Multi-chamber pyrolysis installation with indirect heating principle of raw materials in the pyrolysis chamber
Shaft-type continuous pyrolysis installation with indirect heating of raw materials in the pyrolysis chamber
Computer modeling of the heating process of the shaft pyrolysis chamber
Diagram of the classification of furnaces for charcoal production
Multi-chamber pyrolysis installation with an indirect heating principle of raw materials in the pyrolysis chamber
Continuous shaft pyrolysis installation with indirect heating of raw materials in the pyrolysis chamber
Computer modeling of the heating process in a shaft pyrolysis chamber
