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SERVICES:

Oil & Gas

1. Specialized onshore/offshore techno-economic and HSE studies of oil and gas E&P activities.

2. Production, process and facilities engineering for ranged project stages.

3. Lithosphere, hydrosphere, and atmosphere related environmental management systems and services of the upstream petroleum sector - protection, preservation, conservation and improvement. Carbon capture, sequestration and storage from/through combustion, emissions, high CO₂ production, EOR and ground disposal.

4. Field development, revamp and radical redevelopment strategies and action plans: Newfield/Greenfield/Brownfield.

5. Full scale project engineering and management review and follow-up ranging from conceptual definition up to commissioning.

6. Contract and project control documentation – codes, standards, regulations, recommended practices and procedures.

7. Risk management of the entire range of E&P sector.

8. Process engineering design, functional schemes and options consolidation for wellhead production, gas gathering, separation, compression, processing (sweet, sour, GL), oil D/D, water & wastewater treatment plants, pipelines and allied facilities.

9. Process and facility engineering audit of aging, inefficient, unsafe or under-productive surface facilities and pipelines for modification, modernization, re-sizing or environmentally acceptable abandoning/disposal.

10. Operational support to production systems, surface processing installations, extraneous reservoir facilities, pipelines, utilities and offsite provisions.

11. Quality water treatment from ground/surface/marine sources for process application, flooding/injection for EOR, steam generation (utility/reservoir stimulation), heat exchangers, engine jacket, cooling tower, plant service, drinking and ultra-specialized consumption.

12. Produced formation bulk water and complex wastewater handling, processing, recycling and disposal.

13. Specification of plants, units, individual equipment, automation, waste disposal and safety systems.

14. Interpretation and deployment of analytical data for ranged process, environmental, operational and maintenance purposes. Application of widely ranged chemicals for multiple field purposes.

15. Instrumentation and control.

16. Environmental studies, impact assessment, audits, QOHSE review and sector-wide regulatory services.

17. LPS systems – firewater, deluge, sprinkler, F&G etc.

18. Air pollution control via conservative disposal of emissions, smokeless/ noise-free flares, incinerators and burning pits.

19. Professional advancement and training.

20. HYSYS computations and simulations.

TWREEC work heavily emphasizes on modernistic process facilities engineering and project management aim of drastic curtailment of capital investment and operating costs with simultaneous enhancement of efficiency, HSE compliance, and Risk Management for all sizes and all complexity surface field ventures and production operations onshore/offshore.

Environment – Global

For meaningfully dealing with global warming, ozone layer issue and climate change, techno-scientific evidence has solely held responsible the fossil energy resources namely oil, gas and coal. The singled out resolution is primarily sought after carbon and its oxides (chemically compounded, production associated with hydrocarbons, and combustion generated) out of which carbon capture, sequestration, storage and cyclic O₂ conversion have to be sustain ably ensured at universal scale. The apparently impossible solution (equally beneficial to fossil energy and the mankind) can practically be achieved through international cooperation of the rich and poor in the below mentioned manners;

i. Climate change issues – policy and action plan, cause and effect mitigation, adaptation, economic and institutional enforcement/reinforcement.

ii. Lesser yield of integrated CO₂ content of fossil energy production, process and flue gas GHG removal and safe disposal.

iii. Efficient combustion in industrial, transportation, commercial and domestic sectors.

iv. Finding alternatives to conventional energy for shared support to survival and civilization.

v. Environmentally safe and beneficial usage of recovered CO₂.

vi. Curtailed reliance on dually harming firewood.

vii. Enlarged photosynthesis capacity - the universal oxygen and food cycles.

viii. Protected and restored assimilating capacity of environmental commons.

ix. CDM address, evaluation and management.

In line with the above vitalities, areas of TWREEC professional expertise include the following;

a. Hydrocarbon E&P

i. GHG Control via minimized quantum and efficiency enhanced combustion.

ii. Removal from parent produced streams to internationally accepted standards.

iii. Special technologies and techniques for handling high CO₂ natural resources.

iv. Cold emission curtailment of greenhouse and ozone damaging gases from C_nH_2n+2natural reserves.

v. Bulk CO₂ extraction for primary to EOR operations via ground injection.

vi. Specialized HSE strategies for heavy oil and coal exploitation.

b. Industrial

i. Mainline hydrocarbon resources CO₂ related E&P techno-economic policy and strategy address.

ii. Removal of CO₂ by modernistic technologies - absorption, adsorption, chemical reaction and membrane.

iii. Flue gas scrubbing.

iv. Carbon trading.

v. Ground disposal of captured carbon compounds.

c. Forestation and Vegetation

i. Preservation and promotion of photosynthesis capacity of the globe via natural and manmade forestry and vegetation.

ii. Compatible techno-economic address on biodegradation control – the second biggest contributor of CO_2.

d. Marine Resources

i. Capacity and mode evaluation of global commons with respect to GHG response, mitigation, adaptation, and economics.

ii. Adaptation measures for low-lying coastal areas.

e. Alternative/Renewable Energy Options

i. Suitability evaluation for developed, developing and stagnant socioeconomic systems and degrading ecosystems.

ii. Techno-economic implications of solar, wind, firewood, bio, tidal and nuclear energy options in cross-linked carbon capture challenge.

Environment – National & Regional

a. Assessment of rural and urban environmental abusive activity on the biosphere endangerment.

b. Quality water supply from surface ground and marine resources.

c. Wastewater treatment and safe disposal.

d. Solid refuse management and recycle as a greater socioeconomic and HSE stake.

e. Biodiversity preservation and promotion.

f. Production of low cost construction material from recycled industrial and commercial waste.

g. Renewable energy options for poor communities.

h. Manmade forestation for carbon sequestration and socioeconomic uplift.

i. Institutional development and capacity building.

j. Environmental knowledge and training for survival, civilization and poverty alleviation.

k. Health and sanitation programs.