Solar power
Zarch
Yazd Province
20 MWSolar portfolio
View projects overviewRenewable energy and decarbonization
Practical energy-transition pathways, engineered for real project conditions.
Petro Kavian Sanat Pars (PKSP) helps project owners, industrial operators, commercial partners, and engineering collaborators turn real energy constraints into feasible solar, recovery, efficiency, and decarbonization plans.
Portfolio focus
Solar scale and recovery locations.
A compact view of PKSP’s solar and recovery portfolio.
01
154 MW
Solar portfolio capacity across five named projects.
02
5 solar projects
Zarch, Neyriz, Bahadoran, Khezri, and Sabzevar.
03
5 recovery locations
Tombi, Parsian, Katkabood, Sarkun, and Malekuh for flare-gas recovery context.
Purpose
Built for energy decisions that must survive the field.
Energy projects depend on resource quality, grid conditions, permits, equipment choices, financing, performance expectations, and execution discipline. PKSP keeps those decisions connected from the first feasibility conversation onward.
01
Technical reality first
Every serious energy conversation begins with the conditions that shape what can actually be built, recovered, improved, or operated.
02
Commercial clarity
Feasibility, investment framing, and operating priorities need to be connected before a project can move responsibly.
03
Development to operation
PKSP connects feasibility, project development, engineering, procurement, construction, O&M, and asset management so early choices stay tied to operating reality.
Technologies and solutions
Three entry points into cleaner energy work.
PKSP’s core energy conversations begin with solar generation, flare-gas recovery, and energy-efficiency improvement—areas where technical constraints and commercial decisions must be considered together.
01
Solar power
Solar work starts with site, resource, grid access, demand profile, performance expectations, and the development path from feasibility to delivery and operation.
02
Flare-gas recovery
Recovery work starts with gas-stream context, recovery-location constraints, possible energy use, operating value, and the practical decarbonization decision.
03
Energy efficiency
Efficiency improvement identifies performance losses, operating constraints, and practical changes before capital is committed.
Projects
A focused portfolio across solar and flare-gas recovery.
The portfolio brings together five solar projects and five flare-gas recovery locations. It gives project owners and partners a practical first view of names, technologies, locations, capacities, and recovery-location context.
Portfolio direction
Solar capacity and recovery locations.
The solar portfolio spans Yazd Province, Fars Province, South Khorasan, and Sabzevar. PKSP also lists flare-gas recovery locations at Tombi, Parsian, Katkabood, Sarkun, and Malekuh.
5 solar projects5 recovery locations
Solar power
Neyriz
Fars Province
20 MWSolar portfolio
View projects overviewSolar power
Bahadoran
Yazd Province
100 MWSolar portfolio
View projects overviewSolar power
Khezri
South Khorasan
10 MWSolar portfolio
View projects overviewSolar power
Sabzevar
Sabzevar
4 MWSolar portfolio
View projects overviewFlare-gas recovery
Tombi
Tombi
Recovery location
View projects overviewPortfolio scale
The homepage preview shows all five solar projects and one recovery-location card. The full Projects overview lists all five recovery locations with the approved 154 MW solar portfolio and 140 MW under construction.
5 solar cards1 recovery card
Sustainability
Cleaner energy work starts with practical choices.
For PKSP, sustainability is connected to the work itself: renewable generation, recovery of wasted energy, energy-efficiency improvement, and responsible infrastructure decisions shaped by project conditions and measured data.
01
Renewable generation
Solar power supports cleaner generation pathways where site, resource, and grid conditions align.
02
Resource recovery
Flare-gas recovery brings wasted-energy questions into a practical decarbonization conversation.
03
Efficiency
Efficiency work improves how energy is used, managed, reviewed, and prioritized across operational decisions.
Opportunities
Work with people who take energy work seriously.
PKSP welcomes serious interest from project owners, industrial operators, engineers, specialists, commercial partners, and engineering collaborators working through real renewable-energy, recovery, efficiency, and decarbonization constraints.
01
Engineering, commercial, and collaboration interest
PKSP is a better fit for people and organizations that can work with real constraints, disciplined execution, and practical energy-transition decisions.
Consultation
Start with a structured energy conversation.
Bring the technology area, project stage, site context, constraints, and decision need. PKSP can help clarify whether the next step is feasibility, project development, engineering input, procurement planning, construction preparation, O&M review, or asset-management discussion.
Request consultation