SMART PALM OIL & AGRICULTURE
Digital Intelligence for Sustainable Productivity
We integrate IoT sensors, automation, data analytics and smart systems to help plantations and farms improve monitoring, operational efficiency, resource management and sustainability.
OVERVIEW
Digital Palm Oil Mill
A Digital Palm Oil Mill creates a live virtual representation of the processing facility using IoT sensors, operational data, equipment records and analytical models. The platform can map fruit, steam, biomass and process flows across sterilisation, threshing, pressing, clarification and polishing operations. By monitoring critical rotating and process equipment, the system can support predictive maintenance and reduce the risk of unexpected production interruptions. It can also help engineers study extraction variables, oil losses, energy use and equipment utilisation, while future integration with POME treatment and anaerobic digestion can support waste-management and Bio-CNG planning.
Predictive Maintenance
Monitor equipment condition and detect abnormal behaviour early to reduce downtime and prevent major failures.
Process Optimisation
Analyse production, steam, biomass and extraction performance to improve consistency and reduce oil losses.
Energy Management
Track energy and biomass usage to identify inefficiencies and improve operational performance.
Sustainable Waste Management
Monitor POME treatment, methane recovery, Bio-CNG and zero-liquid-discharge initiatives.
Asset Management
Organise equipment condition, maintenance records, spare parts and lifecycle priorities in one system.
AI Monitoring
Use analytics and alerts to highlight issues requiring operator attention.
Smart Plantation & Irrigation Solutions
Smart Agriculture
Our smart agriculture solutions connect field sensors, irrigation systems, weather information, aerial surveys, drone imagery and analytical tools to help plantation and agricultural operators make better use of water, labour and production resources. Dashboards can present soil, crop, irrigation and field-condition information in a more organised form, allowing management teams to identify abnormal trends earlier and plan interventions more effectively. Smart irrigation controls can adjust water delivery according to crop needs, while mapping and crop analytics can support planting, fertilisation, harvesting and yield forecasting.
Core Capabilities
Precision Agriculture
Improve field planning, crop monitoring and resource allocation through connected agricultural systems.
Crop Analytics
Analyse crop conditions, growth trends and field performance for better decision-making.
Smart Irrigation
Monitor and automate irrigation based on field needs, weather and water availability.
Drone Monitoring
Use drone imagery and aerial surveys to inspect fields, map conditions and support planning.
Yield Forecasting
Estimate production trends and support harvesting, resource planning and operational forecasting.
Palm Fruit Handling Machinery
Support more efficient palm fruit handling and operational coordination in plantation environments.
Value to Operators
A connected agricultural system gives management teams a clearer view of field conditions across large or dispersed plantations. By consolidating sensor data, irrigation status, field observations and aerial information, the system can help prioritise maintenance, identify water stress or abnormal crop patterns and coordinate irrigation, fertilisation and harvesting activities. The value lies in converting scattered field information into practical operational insight. Final performance depends on sensor placement, communications coverage, crop type, climate and the operating practices adopted by the plantation team.
Industrial Aquaculture Solutions
AI Smart Aquaculture Systems
Smart AI in aquaculture integrates artificial intelligence, IoT sensors and computer vision to support more efficient and data-driven fish farming. These technologies help automate key operations such as feeding, water-quality monitoring, biomass estimation and early risk detection, while reducing manual workload and improving overall farm performance.
Core Applications
Precision Feeding
AI-powered cameras and monitoring systems analyse fish behaviour and feeding activity to improve feed timing, reduce waste and support better feed efficiency.
Water Quality Monitoring
IoT sensors continuously track key parameters such as dissolved oxygen, temperature, pH and ammonia, allowing operators to respond quickly when conditions change.
Biomass and Growth Monitoring
Computer vision systems can estimate fish numbers, size and growth patterns, helping farmers plan feeding, harvesting and production more accurately.
Health and Risk Detection
AI-assisted monitoring helps identify unusual behaviour, stress indicators and potential health risks at an earlier stage, supporting faster intervention and better farm management.
Key Benefits
Improved Productivity
Better feeding control and real-time monitoring help improve operational efficiency and support more consistent production.
Reduced Operational Risk
Automated systems provide continuous visibility of farm conditions, helping operators manage environmental changes and reduce avoidable losses.
Better Traceability
Centralised digital platforms can record production data throughout the farming process, improving reporting, quality control and supply-chain transparency.
More Sustainable Operations
Smarter resource management helps reduce feed waste, improve water use and support more environmentally responsible aquaculture practices.
Hypochlorous Acid Water
Hypochlorous Acid Water
Hypochlorous acid series products are different from traditional disinfectant, and can be directly sprayed or atomized for disinfection in manned environment. Non-toxic, non-irritating, non- harmful residue, sterilization rate as high as 99.9999%, all-round protection of people’s safety and health. The hypochlorous acid disinfectant produced by Deshu team has been tested and certified by authoritative testing institutions in China, and the products can be widely used in many fields such as medical care , civil use , animal husbandry, aquaculture， environmental sanitation, food processing and agricultural planting.
Production base & research and development center. All production equipment is imported from Germany; The raw materials are high-purity edible salt, all imported from Switzerland; Pure and natural raw materials ensure the superb quality of products.
Core Capabilities
Aquaculture Hygiene
Support water, tank, equipment and selected aquaculture hygiene applications.
Agriculture & Livestock
Suitable for selected farm, plantation and livestock operating environments.
Food Processing Areas
May support approved hygiene applications in food handling and processing facilities.
Environmental Sanitation
For selected facility cleaning, surface treatment and environmental sanitation purposes.
Occupied-Area Applications
Applicable only where the product, concentration and method are specifically approved.
Shrimp Culture Optimisation
Supports stable water quality, healthier shrimp development and improved feeding performance, while helping farms reduce operating costs and achieve earlier harvest cycles.