Quick Contact:

What's New

Latest project concepts

What's New at Puti Energy

Explore a set of forward-looking green-energy, waste-to-value, and utility infrastructure concepts. The featured Green Methanol update leads the list, followed by related hydrogen, ammonia, gas monetization, LNG, water, solar, and OTEC themes.

10 new concepts presented in one clean, easy-to-scan page
01 featured Green Methanol project spotlighted first
6+ technical highlights grouped in each project section
01Green Methanol Production 02Green Hydrogen Production 03Green Ammonia / Urea Complex 04Flare Gas Monetization 05Mini-LNG Storage 06Bio-Gas / Bio-CNG 07Xanthan Gum Production 08Raw Water to Drinking Water 09Solar Energy 10OTEC Technology
01

Green Methanol Production

Developing sustainable methanol production solutions using green hydrogen and captured CO2, with a focus on reducing hydrocarbon dependence and minimizing environmental impact.

Process focus Hydrogen generation, CO2 utilization, methanol synthesis, purification, and supporting utilities.
Project support Basic and detail engineering, technical evaluation, licensing support, and site assistance.
  • Green hydrogen integration
  • CO2 utilization and capture
  • Methanol synthesis and purification
  • Basic and detail engineering
  • Technical evaluation and licensing support
  • Site assistance
02

Green Hydrogen Production

Green hydrogen solutions based on water electrolysis, followed by hydrogen purification, storage, compression, and distribution.

The concept eliminates the involvement of hydrocarbons and other noxious pollutants in the production process.

Water electrolysisCore hydrogen production pathway for clean and scalable output.
Hydrogen purificationImproves product quality before storage and downstream use.
Storage and compressionSupports safe handling, pressure control, and delivery readiness.
Distribution infrastructureEnables transport and supply to industrial and energy applications.
Green project developmentSupports full concept execution from planning to implementation.
Hydrogen productionCreates the foundation for future clean-fuel and chemical projects.
03

Green Ammonia / Urea Complex

Integrated green ammonia and urea production utilizing green hydrogen, nitrogen from an air separation unit, and CO2.

The project concept focuses on producing valuable chemical products while reducing conventional hydrocarbon dependency.

Air Separation UnitProvides nitrogen supply for ammonia synthesis.
Green hydrogen integrationConnects the ammonia complex to low-carbon hydrogen supply.
CO2 utilizationAllows captured carbon to be used in the process chain.
Ammonia productionDelivers a key industrial product for fertilizer and chemical use.
Urea productionExtends the value chain into a widely used fertilizer product.
Tank farm and facilitiesSupports storage, handling, and associated plant infrastructure.
04

Flare Gas Monetization - Gas to Liquid

Transforming flare gas from onshore and offshore plants into useful value-added products.

The process can recover methane and convert gas into conventional methanol or petroleum products such as crude oil, diesel, and gasoline, while eliminating methane flaring and associated CO2 emissions.

Flare gas recoveryCaptures waste gas streams before they are released or flared.
Gas conditioningPrepares feed gas for conversion and downstream processing.
Methane recoveryRecovers valuable methane for conversion into product streams.
Methanol productionSupports the conversion pathway into clean chemical products.
Oil and fuel productsCreates crude oil, diesel, and gasoline value outputs.
Emission reductionHelps reduce flaring and associated CO2 emissions.
05

Mini-LNG Storage, Regasification and Distribution

Providing Mini-LNG infrastructure for cold storage, transportation, regasification, compression, and gas distribution.

The concept is particularly suitable for remote areas, small power plants, domestic consumers, and industrial applications.

LNG road transportationSupports logistics and delivery for remote supply chains.
Cold storageMaintains LNG in a stable and manageable storage condition.
LNG pumpingEnables movement within the storage and transfer system.
RegasificationConverts LNG back into gas for downstream use.
CNG compressionSupports gas compression for supply and distribution.
Cold-energy utilizationImproves efficiency through thermal recovery opportunities.
06

Bio-Gas / Bio-CNG - Waste to Gas

Converting biodegradable waste into usable biogas through feedstock preparation, biogas production, purification, upgrading, storage, compression, and distribution.

The solution supports waste-to-energy applications and cleaner fuel generation.

Waste utilizationTurns biodegradable waste into a productive feedstock stream.
Biogas productionCreates renewable gas from organic material processing.
Gas upgradingImproves gas quality for compressed fuel applications.
Bio-CNG storageStores processed gas safely for later use and transport.
Compression systemsProvides delivery pressure for efficient supply operations.
Power generationEnables energy recovery from renewable waste sources.
Gas distributionSupports end-user supply and utility networks.
07

Xanthan Gum Powder Production

A value-added product solution for the oil and gas industry, involving laboratory-scale fermentation, bacteria production, xanthan gum processing, powder storage, and product commercialization.

This concept supports drilling and enhanced oil recovery applications with a commercial downstream product chain.

Fermentation processForms the basis for generating xanthan gum product feedstock.
Bacteria productionSupports the biological stage required for production.
Xanthan gum productionCreates the finished product for industrial applications.
Powder storageMaintains product readiness and handling efficiency.
Product commercializationSupports market-ready packaging and distribution planning.
Oil and gas applicationsServes drilling and enhanced oil recovery needs.
Enhanced recovery useProvides a specialized value-added industrial solution.
08

Raw Water to Drinking Water

Integrated drinking-water generation and distribution solutions covering raw-water sourcing, pumping, storage, treatment, and distribution to cities and villages.

The concept focuses on dependable water infrastructure and wider access to safe drinking water.

Raw water pumpingMoves source water into the treatment and storage chain.
Water treatmentHelps produce safer and cleaner potable water output.
Water storageStabilizes supply and supports distribution continuity.
Pumping systemsDelivers treated water to end-use locations.
Drinking-water generationSupports reliable potable water production.
Distribution networksExtends water delivery to cities and villages.
09

Renewable Energy - Solar Heat to Power

Solar-energy solutions designed to generate power and distribute renewable energy to green projects and associated facilities.

The concept supports broader decarbonization efforts and renewable integration.

Solar power generationConverts solar input into useful electrical output.
Solar panelsForms the base collection system for renewable energy capture.
Renewable integrationSupports connection to larger green-energy ecosystems.
Power distributionMoves electricity to the intended project loads.
Support for green projectsHelps power sustainability-focused facilities and systems.
Site assistanceComplements execution with planning and implementation support.
10

OTEC - Ocean Thermal Energy Conversion

An innovative renewable-energy concept using warm surface seawater and cold deep-sea water to generate power and desalinated drinking water.

The proposed OTEC system includes seawater pumping, evaporation, power-generation turbines, condensation, and associated distribution facilities.

Ocean thermal energyUses seawater temperature differences as an energy source.
Warm seawater pumpingMoves surface water through the conversion process.
Deep-sea coolingUses cold seawater to drive the thermal cycle.
Power generationProduces electricity from the temperature gradient.
Desalinated waterCreates an added water supply output from the concept.
Renewable integrationSupports broader clean-energy infrastructure planning.

Building cleaner, smarter, and more resilient project concepts

From green fuels and hydrogen to water, solar, and ocean-energy solutions, this update page presents the direction of the portfolio in a clear sectioned format that is easier to read on desktop and mobile.