Peatland Ecosystems FZ-LLC develops carbon removal solutions through peatland rewetting and biochar production. We combine rigorous scientific expertise with deep carbon market knowledge to create sustainable, community-focused climate projects that deliver measurable impact.
Our approach integrates cutting-edge digital monitoring, verification, and reporting (dMRV) systems with traditional ecological restoration practices. By working closely with local communities and leveraging circular economy principles, we ensure that carbon removal projects generate lasting environmental and social benefits while meeting the highest integrity standards demanded by corporate buyers and verification bodies.
3
Active Projects
Across 3 Countries
400+
Hectares
Under Restoration
20K+
tCO2e Capacity
Projected Annual Removal
100+
Community Members
Engaged in Programs
About Us
Building Climate Solutions Through Science and Partnership
Peatland Ecosystems FZ-LLC is a Dubai-based environmental consultancy established in 2024, dedicated to developing high-integrity carbon removal projects through peatland restoration and biochar production.
Licensed by Dubai Science Park, we operate at the intersection of environmental science, carbon markets, and sustainable development to create climate solutions that work for both nature and communities.
Our multidisciplinary team brings together expertise in wetland ecology, carbon accounting, digital monitoring systems, and climate finance. This combination allows us to shepherd projects from initial feasibility through to carbon credit issuance and sales, ensuring scientific rigor and market credibility at every step.
Peatland Restoration
Restoring degraded peatlands to halt emissions and sequester carbon through hydrological management
Biochar Production
Developing circular economy biochar projects that return nutrients to farmers while removing carbon
Carbon Markets
Project design, financing, verification, and carbon credit sales across multiple registries
Technical Expertise
Feasibility studies, carbon modeling, and digital MRV implementation for climate projects
Company Information
License Number: 104454
Location: Dubai Science Park, South Tower, 13th Floor, Dubai, UAE
Russia's drained peatlands represent one of the country's largest sources of greenhouse gas emissions, releasing significant CO2 through peat oxidation and devastating wildfires. The Paltinskoye project addresses this critical environmental challenge through comprehensive peatland rewetting, restoring natural hydrology to halt decomposition and create a long-term carbon sink.
By blocking drainage canals and raising water tables, we transform these degraded landscapes from major emission sources into functioning wetland ecosystems that actively sequester carbon while providing habitat for native species and reducing fire risk for surrounding communities.
1
212 Hectares
Initial Phase Area
2
30 Years
Project Timeline (2026-2055)
3
59,294 tCO2e
Total Carbon Removal
Implementation Approach
01
Hydrological Assessment
Detailed mapping of drainage networks and water flow patterns to design optimal rewetting strategy
02
Canal Blocking
Strategic installation of dams and barriers to restore natural water levels throughout the peatland
03
Fire Risk Management
Monitoring systems and protective measures to prevent fires during and after restoration
04
Biodiversity Monitoring
Long-term tracking of vegetation recovery and wildlife return as ecosystem functions recover
05
Ecosystem Protection
Ongoing management and safeguards to ensure permanent conservation of restored peatland
Mongolia's unique peatland ecosystems face increasing degradation from drainage activities and the accelerating impacts of climate change. These critical carbon stores, formed over thousands of years in the country's cold climate zones, are vulnerable to rapid decomposition once their hydrology is disrupted. The Uliastai project protects and restores these vital ecosystems while generating sustainable benefits for local herding communities.
Through careful hydrological restoration and protective measures, we're not only preventing massive carbon emissions but also preserving important water sources and grazing lands that support traditional livelihoods in this remote region.
Hydrological Restoration
Re-establishing natural water flow patterns through meandering channel creation and drainage blockage to restore optimal moisture levels across the peatland complex
Protection Measures
Strategic fencing installation to prevent future degradation from overgrazing and unauthorized drainage while allowing controlled traditional land use
Vegetation Recovery
Native plant species reintroduction and afforestation in buffer zones to accelerate ecosystem recovery and enhance carbon sequestration capacity
Community Benefits
Engagement with local herding families to ensure project activities support traditional livelihoods while creating new economic opportunities through carbon revenues
Project Scale
Area: 280 hectares
Timeline: 40 years (2026-2065)
Carbon Impact
Removal Potential: 98,370 tCO2e
Approach: Rewetting through hydrological restoration
Project Status
Current Phase: Pre-Feasibility Assessment Complete
Implementation Partners: Care for Ecosystems UG (Germany), Monhydroconstruction Ltd. (Mongolia), The Bush Doctor (NSW) Pty Ltd. (Australia)
Pakistan
Emerald Carbon - Biochar Project
Pakpattan District, Punjab, Pakistan
Pakistan's First Circular Biochar Carbon Removal Project
The Challenge
Every harvest season, Punjab transforms into a choking haze as farmers burn 14.5 million tonnes of crop residues in their fields. With no viable alternatives for disposal and the need to prepare land quickly for the next planting, agricultural burning has become standard practice, despite devastating consequences.
During peak burning season, PM2.5 levels reach 28 times WHO safety guidelines, creating a public health crisis that affects over 100 million people. Beyond the immediate air quality disaster, this practice releases massive quantities of greenhouse gases while destroying organic matter that could enrich soils.
The Circular Solution
The Emerald Carbon project transforms this environmental crisis into a climate solution by creating a circular system that benefits farmers, improves air quality, removes carbon, and regenerates soils. Instead of burning crop residues, we collect them, convert them into stable biochar through solar-powered carbonization, and return the biochar to farmers as a valuable soil amendment.
Collection
Corn stalks and rice straw collected directly from farms
Carbonization
Solar-powered processing converts biomass to stable biochar
Production
High-quality biochar with verified carbon removal properties
Return to Soil
Biochar applied to fields, improving fertility and water retention
Credit Sales
Carbon credits sold to companies with net-zero commitments
Emerald Carbon Project
Technology, Scale, and Economics
Advanced Carbonization Technology
At the heart of the project is the HaiQi CNBC-1000 Continuous Carbonization System, an industrial-scale biochar production unit capable of processing 4,000 kg of agricultural residues per hour. Powered entirely by solar energy at 18% efficiency, the system operates sustainably while achieving the high temperatures needed to convert biomass into stable, high-carbon biochar.
The continuous feed design allows for 24/7 operation during harvest seasons, processing 30,000 tonnes of corn stalks and rice straw annually to produce 9,600 tonnes of biochar with a carbon content exceeding 60%.
Processing Capacity
4,000 kg/hour
30,000 tonnes/year feedstock
Carbon Removal
19,000 tCO2e/year
(post-buffer application)
Power Source
100% solar-powered
18% efficiency
Vision for Scale
The Emerald Carbon project is designed for exponential growth, with clear pathways from pilot to full regional deployment over a decade.
1
2027 Pilot Phase
30,000t feedstock | 9,600t biochar | 500+ farmers engaged | Proof of concept and dMRV validation
Competitive Advantage: Pakistan feedstock costs ($50/tonne) are significantly lower than developed markets ($100-200+/tonne), while maintaining highest integrity standards through Isometric + Cula dMRV systems. Target buyers include Microsoft, Google, Salesforce, and Stripe—all with aggressive 2030 net-zero commitments.
Emerald Carbon Project
Partnership and Path Forward
Joint Venture Structure
The Emerald Carbon project represents a strategic partnership between two complementary organizations, combining international carbon market expertise with local implementation capacity to maximize project success.
Peatland Ecosystems FZ-LLC (PEc)
Project financing and capital raising
Carbon certification and methodology application
Carbon credit sales and offtake negotiations
Overall project management and strategy
International investor relations
PET Environmental Services
On-ground implementation and operations
Agricultural supply chain management
Stakeholder engagement and farmer relations
Day-to-day facility operations
Local regulatory compliance
Implementation Timeline
Q1-Q2 2026
Site selection finalization, offtake agreement negotiations, financing close, equipment procurement
System commissioning, staff training, first production runs, Cula dMRV system implementation
Q3-Q4 2027
Full-scale operation begins, first carbon credit issuance, delivery to offtake partners
Current Status: Seeking Financing & Offtake Agreements
We are actively seeking forward-thinking corporate buyers interested in securing high-quality, durable carbon removal credits from this pioneering project. With robust dMRV systems, competitive pricing, and significant social co-benefits, Emerald Carbon represents an exceptional opportunity for companies serious about their climate commitments.
Opportunity: 10,000-15,000 tCO2e annually at $160-180/tCO2e for 7-year term
Project Financing: $3.4M debt facility needed to complete CAPEX
From initial feasibility through to carbon credit sales, we provide end-to-end support for nature-based carbon removal projects. Our integrated approach combines technical expertise, carbon market knowledge, and implementation experience to deliver projects that meet the highest integrity standards while generating meaningful climate impact.
Carbon Project Development
Full-Cycle Project Management from concept to operation
Comprehensive feasibility studies and site assessment
Project design and methodology application
Baseline development and carbon modeling
Financial modeling and investment facilitation
Stakeholder engagement and FPIC processes
Carbon Market Services
From Registration to Sales across all major registries
Registry selection and project registration
Validation and verification coordination
Carbon credit marketing and sales strategy
Offtake agreement negotiation and structuring
Ongoing project management and reporting
Technical Project Consulting
Deep Expertise in ecosystem restoration and carbon science
Peatland hydrology and restoration techniques
Biochar production and deployment protocols
Digital MRV (dMRV) system implementation
Verra VCS, Gold Standard, and Isometric standards
Permafrost and wetland ecosystem assessment
Investment & Finance
Climate Finance Solutions tailored to project needs
Early-stage project financing and capital raising
Carbon credit pre-purchase agreements
Blended finance structuring and grant applications
Technical and financial due diligence for investors
Portfolio development and optimization
Why Work With Us: Our team combines on-the-ground implementation experience with deep carbon market expertise. We understand both the science of ecosystem restoration and the commercial realities of carbon credit sales—allowing us to design projects that are scientifically robust, financially viable, and attractive to high-integrity buyers.
Leadership Team
Expertise Driving Impact
Our leadership team brings together complementary skills in carbon markets, environmental science, and project implementation—expertise honed through years of hands-on work in ecosystem restoration and carbon credit development across diverse geographies and project types.
Sergey Ivliev
Founder & Managing Director
Sergey leads the company's technical and business development, ensuring projects meet both scientific integrity standards and market requirements. With deep knowledge of carbon accounting methodologies and extensive networks in the voluntary carbon market, Sergey guides strategy on project selection, methodology application, and offtake negotiations. His expertise spans carbon removal technologies, blockchain applications in environmental markets, and climate finance structuring.
Sergey holds a Ph.D. in Econometric Modeling from Perm State University and is an invited professor at HEC Lausanne and New Economics School (NES). His expertise spans carbon markets, risk management, decentralized finance (DeFi), with extensive publications in these fields.
Evgeniy brings deep expertise in environmental regulations, peatland restoration implementation, and project execution. As Technical Director, he manages all aspects of project design and on-ground execution, including project documentation development, project validation and verification, and ensuring compliance with international environmental standards.
Evgeniy is an experienced environmental professional with over 17 years in environmental protection and a proven track record in developing successful start-ups in the environmental sector. He holds a specialist degree in Environmental Protection and Rational Use of Natural Resources from Perm State University, an MSc in Low Carbon Development, and an MSc in Strategic Management from HSE Graduate School of Business.
Join Our Team: We're growing and looking for talented individuals passionate about climate solutions. If you have expertise in carbon markets, ecosystem restoration, digital MRV systems, or climate finance and want to work on projects that deliver measurable environmental impact, we'd love to hear from you.
Get in Touch
Whether you're interested in purchasing carbon credits, exploring project partnerships, or seeking technical consulting services, we'd love to hear from you. Our team is ready to discuss how we can support your climate goals and sustainability commitments.
Contact Information
Headquarters: Peatland Ecosystems FZ-LLC Dubai Science Park, South Tower, 13th Floor Al Barsha South 2, Dubai United Arab Emirates
For carbon credit purchases or offtake agreements, contact us to discuss available volumes and vintages, pricing and delivery schedules, quality standards and registries, and custom agreement structures tailored to your needs.
Partnership Opportunities
We're always interested in collaborating with carbon credit buyers and intermediaries, impact investors and climate funds, technical partners and equipment suppliers, and local implementation partners in target geographies.
Technical Consulting
Our team provides expert consulting services for feasibility assessments, carbon modeling and baseline development, methodology selection and application, dMRV system design, and project due diligence for investors.