01Composting · mixing · granulation
Organic fertilizer equipment
Turn composted organic materials into powder or finished granules.
Explore categoryYushunxin · Fertilizer equipment & engineeringFertilizer machines.
Fertilizer machines.
Complete production lines.
Turn organic residues and fertilizer ingredients into valuable products. Plan the right process for your raw material, output target and site.
For fertilizer producers, farms and resource-recovery projects. Individual machines through complete-line planning.
Prepare→Granulate→Finish→Pack
01 / Equipment portfolio
Explore all machines Equipment for every stage.
Explore the main equipment families and open the category that fits your process.
01
02Batching · granulation · finishing
Compound & NPK equipment
Prepare, proportion and granulate multi-nutrient fertilizer recipes.
Explore category03Wet and dry process options
Fertilizer granulation
Compare disc, drum and dry extrusion forming technologies.
Explore category
04Organic material preparation
Composting & fermentation
Choose turning or enclosed fermentation around feed and site conditions.
Explore category
05Thermal control · classification
Drying, cooling & screening
Manage moisture, temperature and size before product storage.
Explore category
06Small bags · bulk bags · pallets
Packaging & palletizing
Connect weighing, bagging and pallet handling to your dispatch plan.
Explore category02 / Find your solution
Start with what you need to make.
Choose a starting point. Each route connects your project requirement to a detailed production solution.
What will you process?
Livestock & poultry manure
Chicken manure, cow dung and mixed farm residues.
View solutionAgricultural biomass
Crop straw, palm residues and other agricultural by-products.
View solutionMineral fertilizer ingredients
Prepared nutrient ingredients for compound and NPK products.
View solutionOrganic & food residues
Segregated food and agro-industrial residues for material recovery.
View solutionWhat do you want to produce?
Organic fertilizer
Powder and granular routes, with preparation matched to the feed.
View solutionCompound & NPK granules
A formulated product with a selected granulation and finishing route.
View solutionBB fertilizer
Blend already formed fertilizer granules into a required recipe.
View solutionSoil conditioners
Mineral and organic amendments for defined soil-improvement products.
View solutionStart with a planning capacity
1–3TONNES / HOUR
1–3 T/H
Explore a compact organic line and its space, labor and utility requirements.
Discuss this capacity3–5TONNES / HOUR
3–5 T/H
Compare organic granulation configurations for a medium-output project.
Discuss this capacity5–10TONNES / HOUR
5–10 T/H
Review a formulated fertilizer route with coordinated feeding and finishing.
Discuss this capacity↗ENGINEERED TO YOUR TARGET
Custom capacity
Share your hourly target, operating schedule and expansion plan.
Discuss this capacityCapacity bands below guide the first discussion. Final throughput depends on material tests, moisture, operating hours and line balance.
Which operation does your project need?
Composting & fermentation
Stabilize organic feed before downstream fertilizer processing.
View solutionWet granulation
Compare disc or rotary drum granulation with the finishing circuit.
View solutionDry extrusion
Review roller compaction, crushing, screening and product handling.
View solutionBlending & packaging
Combine accurate batching, gentle mixing and finished-product bagging.
View solution03 / Why YushunxinEvaluate the equipment.
Evaluate the equipment.
Understand the delivery.
A fertilizer project needs an aligned process, machine configuration and delivery scope. Explore the information behind each decision.
From feed preparation to dispatch
Composting, crushing, mixing, granulation, drying, screening and packing within one equipment directory.
Review the rangeMaterial, machine and site together
Review layout, utility, automation and process requirements before fixing the configuration.
Explore engineeringA defined route to delivery
Check fabrication, assembly, test and shipping requirements against the proposed equipment scope.
View manufacturingIndonesia · India · Liberia
Compare published organic-fertilizer project references by country, raw material and capacity.
Explore project records04 / Engineering capabilityFrom a material sample
Explore engineering From a material sample
to a connected plant.
Each stage defines the inputs needed by the next: process, equipment, layout, utilities and site execution.
Process design
Feed properties, product targets and a balanced material flow.
Process flow & design basisEquipment selection
Stage duty, compatibility, wear and upstream/downstream interfaces.
Equipment configuration2D & 3D plant layout
Position machines, conveyors, service aisles and storage around the site.
Layout & interface drawingsAutomation & electrical
Define sequence control, instruments, interlocks and power requirements.
Controls & utility scheduleInstallation planning
Coordinate foundations, access, delivery sequence and assembly interfaces.
Site preparation checklistCommissioning & training
Review dry runs, material trials, acceptance criteria and operator handover.
Commissioning & operating plan05 / Featured solutions
All production solutions Production routes built around your product.
Six starting points for fertilizer production and organic resource recovery.
Production-line conceptOrganic recovery
Organic fertilizer production line
From composted feedstock to powder or granules, with preparation, forming and finishing.
Explore solution
Production-line conceptNutrient formulation
NPK fertilizer production line
Coordinate nutrient dosing, mixing, granulation, classification and packaging.
Explore solution
Production-line conceptBulk blending
BB fertilizer production line
Use preformed nutrient granules with recipe-based weighing and gentle blending.
Explore solutionProduction-line conceptManure recycling
Chicken manure processing
Review moisture adjustment, fermentation and granulation for poultry-manure feedstock.
Explore solutionProduction-line conceptPowder production
Powder organic fertilizer line
Prepare and screen mature organic material for blending and bagging.
Explore solution
Production-line conceptLiquid formulation
Liquid fertilizer production
Plan raw-material dosing, dissolution, filtration and filling around the required recipe.
Explore solution06 / Global project references
Filter project cases Find a project close to yours.
Compare the country, feedstock, capacity and production route before planning a similar line.
Project illustration
Indonesia · 3 T/H
Indonesia 3 T/H Chicken Manure Disc Granulation Line
- Raw material
- Poultry manure
- Finished product
- Organic fertilizer granules
- Project type
- Fertilizer production line
Project illustration
India · 2 T/H
India 2 T/H Cow Dung Organic Fertilizer Line
- Raw material
- Cattle manure
- Finished product
- Organic fertilizer granules
- Project type
- Fertilizer production line
Project illustration
Liberia · 1–2 T/H
Liberia 1–2 T/H Composted Organic Fertilizer Line
- Raw material
- Composted organics
- Finished product
- Organic fertilizer granules
- Project type
- Compact processing line
07 / Technical expertise
Read engineering guides Better decisions start with the right questions.
Practical guidance on material behavior, process selection and complete-line planning.
Equipment selection
How to Choose a Fertilizer Granulator
Compare the feed behavior, formulation, target granule and downstream finishing—not only nominal capacity.
Read the guideProcess design
Organic Fertilizer Process Design: Key Decisions
A practical guide to fermentation readiness, moisture control, crushing, granulation and finishing.
Read the guideCapacity, layout & cost
Fertilizer Production Line Planning Checklist
The raw-material, product, site and utility information engineers need before configuration.
Read the guideWhat should I prepare before choosing a fertilizer production line?
Start with raw-material type, moisture, available quantity, target product and hourly capacity. Add site dimensions, operating hours, local utilities and packaging requirements.
Can I buy a single machine for an existing plant?
Yes. Start from the machine directory and identify the required duty. Confirm capacity, inlet/outlet height, power supply and interfaces with the connected equipment before choosing a model.
Which factors influence the project cost?
The main factors are process route, throughput, automation, drying duty, environmental controls, site work and packaging. A useful comparison uses the same supply boundary and material assumptions.
08 / Factory & manufacturing
View factory & manufacturing Follow the equipment from fabrication to dispatch.
Use a defined manufacturing scope to review what will be produced, inspected, tested and delivered.
PRODUCTION & DELIVERY
Built into the project scope.
Machine configuration, inspection points and delivery documents are agreed during the technical review.
Material preparation
Confirm the steel or contact-material specification, cut list and component dimensions.
Machining
Review shafts, rollers, bearing fits and other working interfaces against the selected machine.
Welding & fabrication
Check fabricated bodies, frames, joints and dimensional alignment.
Assembly
Coordinate drives, bearings, guards and inlet/outlet connections.
Testing
Define mechanical, electrical and trial-running checks in the project inspection plan.
Packing & dispatch
Confirm preservation, packing lists, shipping marks and installation documents.
09 / Certificates & quality
Make quality part of the specification.
Confirm the inspection scope, acceptance criteria and applicable documents with the selected equipment.
Incoming materials
Material identification and specified grades.
Fabrication & assembly
Dimensions, alignment and critical interfaces.
Function & trial checks
Drive, electrical and running checks within the agreed scope.
Pre-delivery review
Inspection records, packing and operating documents.
Certificates & project documents
Request the certificates, inspection records and test documents applicable to your equipment and destination market.
Discuss document requirements10 / Knowledge center
Open knowledge center Explore by the decision you need to make.
Move from initial buying questions to process selection, cost planning and operating considerations.
01
Buying guides
Define material, product and capacity before selecting equipment.
02Process design
Understand fermentation, granulation and the finishing circuit.
03Equipment comparison
Compare mechanisms and match them to your feedstock.
04Cost & project planning
Review equipment scope, utilities, site work and automation choices.
05Troubleshooting
Start with feed readiness, moisture control and process stability.
11 / Start your projectWhat will your
What will your
next plant produce?
Tell us about the feedstock, capacity and final product. These details are the starting point for equipment selection and a customized production-line proposal.
Material & process reviewEquipment configurationPlant layout & utility planningDelivery & service scope
Talk to the engineering team