HOTELS AND TOURISM BUSINESSES
Biogas for Hotels
Recover value from food and kitchen waste with a compact biogas system. With suitable equipment, use the gas for cooking, hot water and heating.
Explore the Solution ↗INTEGRATED ENERGY AND ENVIRONMENTAL TECHNOLOGIES
From waste to energy.
From resources to value.
Engineering for biogas, biomethane and gas cleaning. Integrated solutions with greenhouse, organic fertiliser and microalgae systems.
ONE BRAND. AN INTEGRATED APPROACH.GAS & ENERGYRESOURCE RECOVERYAGRICULTURE & BIOTECHNOLOGY
SOLUTION PORTFOLIO
Six areas of expertise.
Systems that work together.
Each system has its own engineering requirements. We assess your needs from a standalone solution through to an integrated facility.
01 / SYSTEMS
Biogas Systems
A complete plant approach for livestock manure, food waste and suitable organic by-products, from feedstock reception to gas utilisation.
Explore This System ↗02 / SYSTEMS
Biomethane & Upgrading
Biomethane production solutions combining pretreatment, CO₂ separation and gas quality control.
Explore This System ↗03 / SYSTEMS
Gas Cleaning Systems
Solutions that combine biological gas cleaning, desulphurisation and gas conditioning according to the intended use.
Explore This System ↗04 / SYSTEMS
Greenhouse Climate Systems
A greenhouse climate approach that considers temperature, humidity, air movement and heat supply together.
Explore This System ↗05 / SYSTEMS
Organic Fertiliser Systems
Solutions that assess solid and liquid digestate fractions together with analysis, processing and intended use.
Explore This System ↗06 / SYSTEMS
Microalgae Systems
Microalgae solutions that bring culture selection, cultivation, harvesting and resource integration into a single project.
Explore This System ↗APPLICATIONS
The right scale for your business.
A solution matched to your resource.
Compact biogas systems for on-site recovery, from hotel kitchen waste to farm manure.
SMALL AND MEDIUM-SIZED FARMS
Farm-scale Biogas
Recover value from livestock manure with a compact biogas system sized for your operation. Plan manure management, on-site energy and agricultural resource recovery together.
Explore the Solution ↗Bringing energy, environment and agriculture
into the same project.
into the same project.
THE BİOPAC APPROACH
Beyond a single piece of equipment,
we consider the entire project.
Resource characteristics, process needs and the intended use of outputs are all part of the same design. The right system emerges from their compatibility.
01Assessing feedstock and site conditions
02Matching process, equipment and end-use objectives
03Considering gas, heat, water and nutrient streams together
ANIMATED PLANT FLOW
Connected resources.
Value in circulation.
Explore connections from biogas to biomethane, from recovered heat to greenhouses, and from digestate to agricultural value.
Scroll sideways to explore the plant. Select a step below to read its details.
STEP 01 / 08
Organic feedstock
Livestock manure, separated food waste and suitable organic feedstocks are assessed together with reception, preparation and feeding arrangements.
Conceptual process flow. Connections depend on resource quality, capacity, gas-use objectives and site conditions. Heat recovery requires a suitable heat source; microalgae integration requires suitable CO₂ and nutrient streams.
Discuss this integration for our project ↗INTEGRATION OPPORTUNITIES
The value of one output
begins in another process.
Each connection is assessed against resource quality, capacity and demand. Suitable streams are combined into a project-specific system configuration.
01
Biogas → Biomethane
02Preparing product gas for its intended use through gas cleaning and CO₂ separation.
Available heat → Greenhouse
03Matching the heat source with seasonal greenhouse demand.
Digestate → Agricultural value
04Evaluating solid and liquid fractions through analysis and suitable processing.
Suitable CO₂ & nutrients → Microalgae
Assessing culture-system integration after verifying gas and liquid quality.
PROJECT DEVELOPMENT
From initial data to system design.
A well-defined need is the foundation of a proposal. We define the project scope step by step.
01 / DEFINITION
Resource & objective
Feedstock, gas, heat or product objectives and existing plant conditions.
02 / ASSESSMENT
Analysis & feasibility
Input analysis, capacity scenarios and technical feasibility.
03 / DESIGN
Process & equipment
Process flows, system boundaries and integration points.
04 / SCOPE
Project-specific solution
Defining equipment, engineering and implementation scope.
OUR PROJECTS
Engineering in the field.
Tangible projects.
MALATYA / TÜRKİYE
Tohma Biogas
3.2 MWView Project ↗
ANKARA / TÜRKİYE
Üregen Biogas
3.2 MWView Project ↗
KIRŞEHİR / TÜRKİYE
Etaş Biogas
2 MWView Project ↗
LANDFILL GAS / GAS CLEANING
Bergama Landfill Gas Plant
1,500 m³/h landfill gasH₂S 4,500 → 0 ppm
2 Scrubber towersView Project ↗
LANDFILL GAS / GAS CLEANING
İnegöl Landfill Gas Plant
3,000 m³/h landfill gasH₂S 5,000 → 0 ppm
3 Scrubber towersView Project ↗
BIOGAS / GAS CLEANING
Üregen Biogas · Gas Cleaning
800 m³/h biogasH₂S 12,000 → 0 ppm
2 Scrubber towersView Project ↗
ABOUT US
BİOPAC
is a Thor Grup brand.
BİOPAC brings together energy, environmental and agricultural technologies, focusing on biogas and biomethane systems alongside gas cleaning, greenhouse climate, organic fertiliser and microalgae solutions.
Under Thor Grup, we provide an engineering approach that considers the entire project, from resource assessment through to system integration.
BİOPAC / BIOGAS PACKET SYSTEMS
FROM THE GENERAL MANAGER
Selman Akkuzu
General Manager · BİOPAC
A Thor Grup brandLET’S DISCUSS YOUR PROJECT
Share your needs.
Let’s define the scope together.
Whether you are planning a new investment or improving an existing facility, share your system requirements and available data for an initial assessment.
+90 505 970 30 06 ↗Discuss on WhatsApp ↗selmanakkuzu@biopac.com.tr ↗
Selman Akkuzu · General Manager
Yenimahalle / Ankara