You will need a small turbocharger to accomplish what you want. A T3 turbo won't spool up until over 3000rpm on your engine. A t25 is more suitable since it will spool up closer to 2500rpm.
The turbo bearings need an oil supply. This is taken from the place where the oil pressure sending unit is attached. You will need an adaptor so that you can run both the oil feed line and the pressure sensor. The line should be a braided steel line to protect it.
If the turbo has a water-cooled center section, it needs to be plumbed into the car's cooling system. You can tap into the heater hoses.
Without an intercooler, you shouldn't try for more than 4-5psi boost because hot air out of the turbocharger makes the engine much more prone to detonation.
If you are going to use the stock injectors, you may have to limit the boost to less than 4psi, because the injectors may not be able to supply enough fuel above that. When that happens, the air-fuel ratio goes lean and the engine will detonate.
You must have some spark advance management with a turbocharger. The stock ECU will advance the spark too much, and the engine will detonate.
Lew
The turbo bearings need an oil supply. This is taken from the place where the oil pressure sending unit is attached. You will need an adaptor so that you can run both the oil feed line and the pressure sensor. The line should be a braided steel line to protect it.
If the turbo has a water-cooled center section, it needs to be plumbed into the car's cooling system. You can tap into the heater hoses.
Without an intercooler, you shouldn't try for more than 4-5psi boost because hot air out of the turbocharger makes the engine much more prone to detonation.
If you are going to use the stock injectors, you may have to limit the boost to less than 4psi, because the injectors may not be able to supply enough fuel above that. When that happens, the air-fuel ratio goes lean and the engine will detonate.
You must have some spark advance management with a turbocharger. The stock ECU will advance the spark too much, and the engine will detonate.
Lew