Our Solutions
Renewable energy systems, engineered for each site.
From organic residue to compressed bio gas, and from rooftops to farm pumps, we deliver renewable infrastructure that fits the resource, the demand and the people who will run it.
Overview
Four ways to put renewable resources to work.
Every site has a different mix of resources and needs. A sugar mill, a dairy cluster, a municipal waste stream and a manufacturing plant each call for a different answer.
Our solutions can be delivered on their own or combined, for example bio gas for fuel and process heat alongside rooftop solar for electricity, so you get a coherent energy system rather than a collection of parts.
Our solution areas
- Compressed Bio Gas (CBG)
- Waste-to-Energy
- Industrial Solar
- Solar Pumps & Green Infrastructure
Compressed Bio Gas
Renewable fuel from organic residue.
Compressed bio gas is produced by digesting organic material without oxygen, cleaning and upgrading the resulting gas to a high methane content, and compressing it for storage and transport. It can be used in a similar way to compressed natural gas in vehicles, industry and city gas networks, subject to the applicable specifications.
We plan CBG infrastructure around a reliable feedstock supply chain, from crop residue and press mud to cattle dung and food waste, and around a clear plan for how the gas and the digestate will be used.
- Feedstock assessment and supply planning
- Pre-treatment and anaerobic digestion
- Gas holding, cleaning and upgrading
- Compression, storage and dispatch
- Digestate handling as organic manure
Waste-to-Energy
Turning disposal costs into an energy resource.
Agricultural, agro-industrial and municipal organic waste can become a dependable source of energy. Biogas from these streams can fuel boilers and generators, replace fossil fuels in process heat, or be upgraded into CBG.
For industries that generate organic residue on site, such as food processing, dairies, distilleries and sugar mills, a captive waste-to-energy system can reduce disposal effort while producing energy close to where it is used.
- Captive biogas systems for industry
- Agricultural and crop-residue projects
- Institutional and municipal organic waste
- Biogas for heat, power or upgrading
Industrial Solar
Solar power for factories, warehouses and buildings.
Large roofs and open land are under-used energy assets. Solar systems for manufacturing units, warehouses and commercial buildings can lower daytime grid consumption and make energy costs more predictable.
We also deliver residential and commercial systems, sized to the building’s load, roof and connection arrangements.
- Rooftop and ground-mounted systems
- On-grid, off-grid and hybrid configurations
- Structural and shading assessment
- Monitoring, cleaning and maintenance plans
Solar Pumps & Green Infrastructure
Reliable water and energy for agriculture.
Solar water pumps let farmers irrigate without depending on diesel or an unreliable grid supply, with very low running costs once installed.
Our green infrastructure work brings together solar, bio energy and efficient design for farms, institutions and communities that want cleaner, more self-reliant energy.
- Surface and submersible solar pumping
- Pump and array sizing for the water need
- Support for applicable government schemes
- Training and after-sales service
How Bio Gas Works
From organic residue to usable fuel.
A general overview of the bio gas-to-energy pathway. Actual process configurations vary by facility, feedstock and end use. This is not a technical description of any specific installation.
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01
Feedstock
Organic material is collected and prepared.
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02
Anaerobic Digestion
Microorganisms break down organic matter in an oxygen-free environment.
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03
Gas Treatment
Raw biogas is treated according to the required application.
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04
Upgrading & Compression
Where the facility produces CBG, gas is upgraded and compressed as appropriate.
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05
Distribution & Utilization
The resulting gas is supplied for suitable applications.
Choosing the right system
What shapes the right solution for your site.
We look at these factors together before recommending a configuration, so the system is sized for reality rather than for a brochure.
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01
Feedstock
Type, quality, quantity and seasonality of the organic material available, and how reliably it can be collected.
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02
Energy demand
How much fuel, heat or electricity you need, when you need it, and how much variation the process can tolerate.
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03
Site & land
Available area, access for vehicles, soil and water conditions, and distances to feedstock sources and users.
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04
Offtake & connection
Who will use the gas or power, how it will be delivered, and what grid or pipeline connections are available.
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05
Approvals
Environmental, safety and other statutory requirements that apply to the site and the chosen technology.
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06
Lifecycle cost
Capital cost weighed against operating, maintenance and feedstock costs over the full service life of the system.
Questions
Solutions FAQ.
What is the difference between biogas and compressed bio gas?
Biogas is the raw gas produced by anaerobic digestion. Compressed bio gas is biogas that has been cleaned, upgraded to a high methane content and compressed, so it can be stored, transported and used much like compressed natural gas.
Which feedstocks can be used?
Common feedstocks include crop residue, press mud, cattle dung, poultry litter, food and vegetable waste and other organic industrial residue. Suitability depends on the material and its pre-treatment, which we assess during feasibility.
Can bio gas and solar be combined on one site?
Yes. Many sites benefit from both: bio gas for fuel or process heat and solar for daytime electricity. We plan combined systems so that they share infrastructure and operate together sensibly.
Do you only build new plants?
No. We can also review existing biogas or solar installations and recommend repairs, upgrades or expansion. Tell us about your system when you get in touch.
Industries & Applications
Energy where it is needed most.
Sectors the company identifies as served by its renewable infrastructure.
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01
Transportation
Green fuel for logistics, trucking fleets and public transport networks.
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02
Manufacturing
Reliable thermal and electrical energy for industrial production.
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03
Agriculture
Responsibly sourced feedstock, with organic bio-fertilizer returned to the soil.
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04
Food Processing
Fuel loops derived from agricultural and food-processing waste.
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05
Industrial Plants
Cleaner alternatives for high-load machinery and backup energy.
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06
Smart Cities
Urban waste-to-energy systems that integrate clean fuel into municipal growth.
Let’s Build a Greener Future Together.
Have an energy infrastructure project in mind? Start a conversation with our team.