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Product Portfolio · 2026

Microbial inputs
for modern
agriculture.

A focused portfolio of microbiological products for yield, resilience, and reduced chemical dependency — formulated by Episome Biotechnologies, distributed by Solvera across the European Union, Russia, the EAEU, and the Americas.

Portfolio Microbial inputs
Territory EU · RU · EAEU · Americas
Headquarters Izmir, Turkey
Manufactured by Episome Biotechnologies
About Solvera

Biological inputs, selected for agronomic performance and regulatory readiness.

We do not over-promise. Our products do specific things well: fix atmospheric nitrogen, solubilise bound soil phosphorus, suppress key fungal pathogens, and control target insect populations. That is the basis of the commercial conversation.

What we offer

A curated portfolio of microbial fertilizers and biopesticides — each formulated from characterised bacterial strains with established modes of action. All water-soluble, foliar- or soil-applicable, compatible with drone and precision-agriculture deployment. Our role: supply, technical support, regional registration, and agronomic trial coordination. Episome manufactures; Solvera distributes.

Who we serve

Large agroholdings running integrated crop production across grains, oilseeds, sugar beet, and specialty crops. Regional distributors supplying dealer networks. Organic and premium-export producers needing residue-free inputs. Research institutes running comparative efficacy trials.

Scientific Partnership

Powered by Episome Biotechnologies.

Every product in this portfolio is developed, formulated, and manufactured by Episome Biotechnologies — a Turkish microbiology research and production company operating out of TÜBİTAK Marmara Teknokent.

Scientific foundation

Episome was founded in 2014 and specialises in the development of industrial enzymes and microorganisms for agriculture, renewable energy, and food processing. The company maintains a proprietary library of more than 500 bacterial strains, from which the products in the Solvera portfolio were selected and formulated.

Research and early-stage production operate from TÜBİTAK Marmara Teknokent in Gebze — the same research-park environment that hosts a significant share of Turkey's industrial biotechnology sector.

Production & scale

Commercial manufacturing is carried out at Episome's dedicated fermentation facility in Erenler, Sakarya Province. The products are delivered as water-soluble powder in moisture- and light-resistant doypack packaging with a two-year shelf life.

The facility has capacity to scale production to serve multi-agroholding demand across the distribution territory, and is structured to support the technical documentation required for international registration dossiers.

Research laboratory
TÜBİTAK Marmara Teknokent
Barış Mah. Koşuyolu Cd. No: 26/35
Gebze, Kocaeli
R&D · strain
characterisation
Production facility
Erenler Mah. 1234 Sk. No: 25
Erenler, Sakarya
Fermentation &
formulation
The Portfolio

A focused portfolio. Distinct modes of action.

The Solvera portfolio is deliberately narrow. Each product was selected because it addresses a critical, measurable pressure in large-scale crop production — nitrogen supply, phosphorus availability, fungal disease pressure, insect or nematode pressure. All products share the same physical specification: water-soluble powder, 300 g doypack, 24-month shelf life. They are designed to be used together.

Product 01

Nitrova

Nitrogen-fixing bacterial fertilizer

A two-strain microbial formulation that fixes atmospheric nitrogen and delivers it to the plant continuously through the growing season — reducing synthetic nitrogen requirement by up to 50%.

What Nitrova does in the field

Reduces synthetic nitrogen demand by up to 50%
The bacteria fix atmospheric N₂ and convert it into plant-available forms, closing the gap between plant demand and soil N supply — continuously, throughout vegetative development.
Eliminates nitrogen-deficiency bottlenecks
Supply is continuous rather than pulse-driven, which means no growth stalling between fertilizer applications.
Stimulates new shoot formation and leaf expansion
Plants develop denser canopies, larger leaves, and higher photosynthetic capacity — all of which drive yield.
Improves quality in leaf-harvest crops
Tea, leafy vegetables, and tobacco show measurable improvement in both volume and organoleptic quality.
Strengthens drought and pathogen tolerance
Paenibacillus polymyxa colonises plant vascular tissue as an endophyte, raising systemic resistance to abiotic stress and pathogenic infection from inside the plant outward.
Compatible with drone and foliar-spray deployment
Supports precision-agriculture workflows across row-crop and plantation operations.
Strain Composition Two characterised strains

Paenibacillus polymyxa

Produces natural phytohormones (auxins) that drive rapid root and shoot development. Fixes atmospheric nitrogen and partially meets the plant's N requirement. Secretes antibacterial and antifungal compounds, forming a protective barrier against pathogens. Colonises plant vascular tissue as an endophyte, increasing systemic stress resistance to drought and infection.

Methylobacterium spp.

Endophytic nitrogen-fixing microorganism providing the plant with continuous access to N, eliminating the nitrogen-deficiency bottleneck. Uses the plant's own cellular energy to fix atmospheric nitrogen. Operates in aerobic conditions — broader crop applicability than root-nodule-only bacteria. Supports overall plant development and protein content, raising both yield and harvest quality.

Application method
Primarily applied as a foliar spray during active leaf formation, with top-down application over the plant canopy. Application should be timed for late afternoon, when the angle of sunlight is oblique — direct midday sun degrades viable bacterial counts. Compatible with drone spray systems (recommended for paddy rice at the 6–8 day seedling stage) and conventional boom sprayers. For combined application with Synvera, both products are stable in mixed solution at their respective rates.
Physical form Water-soluble powder
Packaging 300 g doypack · moisture & light resistant
Shelf life 24 months from production
Product 02

Synvera

Multi-functional bacterial fertilizer

A three-strain formulation that solubilises bound soil phosphorus, stimulates root development, boosts seed germination, and suppresses key fungal pathogens — all in a single application.

What Synvera does in the field

Unlocks bound soil phosphorus
Organic acids produced by the bacteria convert phosphorus and iron from unavailable bound forms into plant-accessible forms, reducing phosphorus fertilizer consumption by up to 30%. With 15 kg/decare DAP application, Synvera can cover the full phosphorus requirement of paddy rice.
Protects against resistant fungal diseases
Effective against diseases that have developed resistance to chemical treatments — including Take-all (Gaeumannomyces tritici), septoria, rust, and powdery mildew.
Accelerates rice maturity by 10–12 days
Reduces the window to harvest and prevents white-ear formation. Commercially significant in regions with narrow harvest windows.
Raises seed germination from 85–92% to 98–99%
Direct saving on seed cost for large-scale operations; particularly impactful on high-value hybrid seed programmes.
Improves oil content in sunflower and rapeseed
Enhanced root-system development drives vegetative growth, which in turn raises seed weight and oil percentage.
Effective against powdery mildew in hazelnut
Biological alternative to repeated fungicide applications in orchard systems.
Strain Composition Three characterised strains

Bacillus amyloliquefaciens

Produces organic acids and enzymes that transform soil organic matter and facilitate P uptake. Rapid growth protects against bacterial disease. Raises stress resistance to drought and infection.

Paenibacillus polymyxa

Secretes natural phytohormones (auxins) stimulating root and shoot growth. Partial atmospheric-N fixation. Endophytic — lives inside plant tissue, boosting systemic stress resistance.

Bacillus megaterium

Produces high volumes of organic acids that convert unavailable soil phosphorus sources into plant-accessible forms. The primary driver of Synvera's phosphorus-solubilising function.

Application by crop type
Rice. Direct soil spray during paddy preparation. After flooding, drone application possible at 6–8 day seedling stage.
Wheat & barley. Foliar spray at the 4–5 leaf stage. Can replace chemical rust fungicide applications.
Sunflower & rapeseed. Soil spray during or within days of sowing.
Vegetables, tea & hazelnut. Apply with first irrigation at transplanting; monthly top-up. Tea/hazelnut via foliar spray over canopy.
Physical form Water-soluble powder
Packaging 300 g doypack · moisture & light resistant
Shelf life 24 months from production
Product 03

Fungicura

Biological fungicide & systemic resistance inducer

A broad-spectrum biological fungicide formulated from three gram-positive bacterial strains. Protects against major fungal pathogens, induces systemic plant resistance, and leaves zero chemical residue.

What Fungicura does in the field

Broad-spectrum fungal control
Effective against Fusarium, Verticillium, Botrytis, Colletotrichum, and Alternaria — a coverage profile competitive with leading chemical fungicides.
Dual mechanism of action
Chitinase-producing microorganisms directly degrade fungal cell walls while simultaneously activating the plant's natural immune response. The combined effect is more durable than either mechanism alone.
Barrier against opportunistic pathogens
Beneficial bacteria colonise plant surfaces, physically preventing pathogen attachment and invasion.
Zero chemical residue
Fully compatible with organic certification programmes and export markets requiring residue-free produce.
Supports beneficial soil microbiome
Unlike chemical fungicides, Fungicura enriches rather than depletes soil biology; effective bacterial populations persist and continue protecting in subsequent seasons.
Systemic stress resistance
Induces plant resistance not only to pathogens but to abiotic stresses including drought and salinity.
Strain Composition Three characterised strains

Bacillus amyloliquefaciens

Produces organic acids, enzymes, antifungal compounds. Rapid growth outcompetes pathogenic bacteria. Activates soil microbial activity, improves nutrient access, raises drought and infection resistance.

Bacillus subtilis

A well-characterised biocontrol strain. Safer than chemical fungicides for humans and ecosystems; does not contaminate soil or water; preserves beneficial insect populations. Persists in soil, reducing repeat-application frequency. Strengthens plant immunity systemically.

Brevibacillus laterosporus

Produces antifungal peptides and enzymes that destroy fungal cell walls and disrupt fungal metabolism. Broad activity against Fusarium, Verticillium, Botrytis, Colletotrichum, Alternaria. Raises soil organic matter and microbial activity.

Application method
Applied to soil or as foliar spray. Soil application via drip irrigation is delivered during the active leaf-formation phase when plants are maximally receptive to systemic resistance induction; foliar spray over the plant canopy is equally effective at the same stage. Application should be scheduled for the second half of the day when the angle of sunlight is oblique. For ongoing disease pressure, monthly reapplication is recommended. For active fungal infections, combined soil and foliar application is effective.
Physical form Water-soluble powder
Packaging 300 g doypack · moisture & light resistant
Shelf life 24 months from production
Product 04

Pesticura

Biological pest & nematode control

A two-strain biological insecticide that protects plants from insects and nematodes without harming humans, beneficial insects, or the soil microbiome. Built around the natural BL-A60 neurotoxic peptide.

What Pesticura does in the field

Effective against nematodes and flying insects
The BL-A60 peptide produced by Brevibacillus laterosporus targets insect nervous systems, causing paralysis and mortality in target pests.
Broad coverage across insect orders
Bacillus thuringiensis controls Lepidoptera (butterflies/moths), Coleoptera (beetles), and Diptera (flies) — the three insect orders responsible for the majority of crop damage.
Selective action
Does not harm beneficial insects including pollinators. Preserves the predator-prey balance that natural pest suppression depends on.
Reduces soil-borne disease risk
By controlling nematode populations, Pesticura lowers the vector load for soil-transmitted diseases.
Pest resistance develops more slowly
Multi-mechanism biological control is harder for pest populations to adapt to than single-molecule chemical insecticides.
Biodegradable and residue-free
Does not persist in soil or water; does not accumulate in the food chain; fully compatible with organic and residue-free export programmes.
Strain Composition Two characterised strains

Brevibacillus laterosporus

Produces the BL-A60 peptide, a natural neurotoxin effective against nematodes and flying insects via paralysis and mortality. Also secretes auxins, cytokinins, and gibberellins that promote root elongation, shoot formation, and leaf expansion. Supports soil water-holding capacity and nutrient content. Applicable at all plant stages — seed, seedling, and mature.

Bacillus thuringiensis

A widely-studied biological insecticide that targets larvae of Lepidoptera, Coleoptera, and Diptera. Completely safe for humans and beneficial insects. Selective — only affects target pests, not disrupting the natural ecological balance. Non-polluting to soil and water; fully biodegradable. Pests develop resistance far more slowly than to chemical insecticides.

Application method
Applied to soil or as foliar spray. Soil application targets nematodes and soil-dwelling larvae; foliar spray during the leaf-formation phase adds control of flying insects and canopy-active pests. Best applied in the evening when direct sunlight is indirect — this protects bacterial viability and extends residual activity. For ongoing pest pressure, repeat application every 3–4 weeks. For integrated pest management programmes, Pesticura pairs well with Fungicura and can replace many conventional insecticide applications entirely.
Physical form Water-soluble powder
Packaging 300 g doypack · moisture & light resistant
Shelf life 24 months from production
Field Evidence · 2025 Season

Demonstration trials on Cephalaria syriaca (pelemir).

During the 2025 growing season, Episome conducted demonstration trials on pelemir — a stress-tolerant Anatolian oilseed crop — across multiple plots comparing treated and untreated areas. Treated plots developed denser, more uniform canopies; treated plants carried substantially larger leaf area, thicker stems, more developed root systems, and at the harvest stage, markedly more seed heads and denser reproductive mass than their untreated counterparts.

+50%
Reduction in synthetic nitrogen requirement, with Nitrova in the programme.
+30%
Reduction in phosphorus fertilizer consumption with Synvera at standard application rate.
98–99%
Seed germination after Synvera treatment, up from 85–92% on untreated control.
Note on evidence These observations are illustrative of typical field response in 2025 demonstration trials. Formal agronomic efficacy data — including multi-season replicated trials in registration-target territories — are in preparation. Full trial reports are available on request for serious commercial partners under non-disclosure.
Cross-Product Application

Standard dosage. Across the portfolio.

Dosages below are the standard per-decare recommendations for current Solvera products. Products can be applied in the same or sequential spray operations. For intensive or stressed systems, consider upper-bound dosages.

Crop Nitrova Synvera Fungicura Pesticura
Rice (paddy) 30 g/da30 g/da30 g/da30 g/da
Wheat 30 g/da30 g/da30 g/da30 g/da
Barley 30 g/da30 g/da30 g/da30 g/da
Rapeseed / Canola 30 g/da30 g/da30 g/da30 g/da
Sunflower 30 g/da30 g/da30 g/da30 g/da
Legumes (pulses) 30 g/da30 g/da30 g/da—
Melon, watermelon, squash30 g/da30 g/da30 g/da30 g/da
Tea 30 g/da30 g/da30 g/da—
Hazelnut —30 g/da30 g/da30 g/da
Vegetables (open field) 30 g/da30 g/da30 g/da30 g/da
Vegetables (greenhouse) 30 g/da30 g/da30 g/da30 g/da
Unit conversion

1 decare = 10 ares = 1,000 m² = 0.1 hectare. Per-hectare dosage is 10× the per-decare value (30 g/da = 300 g/ha = one 300 g doypack per hectare). For a mid-sized agroholding treating 10,000 ha of a single crop at 300 g/ha, the full-season product requirement is 3,000 kg (10,000 doypacks).

Combined application

The portfolio is designed for combined use. Nitrova and Synvera together address nutrient supply; Fungicura and Pesticura together handle biotic pressure. For full-spectrum programmes, products applied sequentially through the crop cycle deliver the strongest integrated response.

Quality & Production

How the product reaches the farmer.

Manufacturing

All Solvera products are manufactured at Episome's fermentation facility in Erenler, Sakarya. Bacterial strains are cultivated via high-density fermentation, concentrated, blended with the carrier medium, and packed into moisture- and light-resistant doypack packaging.

Standard unit is the 300 g doypack. Bulk packaging is available for agroholdings and institutional buyers on request.

Quality control

Each production batch is tested for viable cell count (CFU per gram), contamination absence, and moisture content prior to release. Certificates of analysis accompany every shipment.

For commercial partners requiring independent verification, third-party CFU testing at accredited laboratories can be arranged as part of the shipment QA protocol.

Physical formWater-soluble fine powder
Packaging standard300 g hermetic doypack, moisture- and light-resistant
Shelf life24 months from production date
StorageCool (≤25°C), dry, protected from direct sunlight
TransportNo special temperature control required in sealed pack
MixingDissolves fully in water at field temperatures; no pre-dissolution required
CompatibilityCompatible with drip irrigation, foliar spray, and drone deployment
Residue profileZero chemical residue; fully biodegradable
Regulatory status

Products are currently sold in the Turkish domestic market. Solvera is actively pursuing regional registration in priority markets — beginning with Russia (Rosselkhoznadzor / Ministry of Agriculture) and selected EU member states, with dossier preparation extending to additional EAEU and Americas territories. Pre-registration engagement with agroholdings is conducted under research and demonstration-trial frameworks.

For Agroholding Procurement

A standard commercial engagement runs in four stages.

01

Technical review

Agronomy team review of product fit, target crops, application plan. Exchange of technical documentation, strain data, and field performance evidence under non-disclosure where requested.

02

Demonstration pilot

Defined-scope trial — typically 500–2,000 ha — with agreed evaluation metrics. On-farm agronomic support from the Solvera team throughout the season.

03

Commercial offer

Pricing, payment terms, logistics, and annual volume commitment. Master Supply Agreement structured to fit the buyer's procurement and treasury workflow.

04

Supply & support

Scheduled delivery against the agreed volume profile, with in-season agronomic support from the Solvera team and quarterly performance review.

Contact & Engagement

Every serious commercial inquiry starts the same way.

A direct conversation. Whether you're evaluating a 500-hectare pilot or planning a multi-year agroholding supply contract, reach us by phone, email, or the inquiry form below — all three reach the same desk.

Reach us directly
Direct line
+90 532 362 17 36
English · Turkish · German · Russian
Izmir office hours
General inquiries
info@solvera.bio
Product information, sample requests,
distribution inquiries
Commercial & agroholding desk
sales@solvera.bio
Pricing, pilot proposals,
supply contracts
Or send an inquiry

Send an inquiry

Tell us a little about your operation and what you're evaluating. Inquiries from agroholdings, distributors, and research institutes go directly to the commercial desk.

Microbiology is not the alternative to chemistry.
It is the upgrade.

And the field results are the only evidence we ask you to weigh.